SCIENTIFIC ABSTRACT ZOLOTARSKAYA, E.E. - ZOLOTAVIN, A.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002065410011-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

DRffZIN, R.S.9 YAMVICH., O.D.9 ZOLOTARSWAO E.E.
"Adanvirua infection.*
Report submitted to the Intl. Congress for Microbiology
Montreal j, Canada 19-25 Aug 1962

DREIZIN, R. KETIIADZE, 3, S, I ASMEVICH, G. B.;
MAMA, L. D.; 7TLIM, N. L.; PAKTDRIS, E. A,; AIN211ELLOV, V. D"
Adenovirusea and infactlone cauved by them in the U.M.R. -T. byg.
epidem. 6 no.2:165-168 162.
1. Ivanovslq Institute of Virology, kcademy of Medical Sciences of
U.S.S.R., Moscow.
(ADENOVIRUS I M CTIONS)

DREYZIN, R.S.; ZOLOTARSKAYA, E.Ye.; DATBOIrA, A,A.
I==Iogical structure of the polmlation of Mosccw in relation
to ademoviruses, Vop,, virua 7 no,,1985 .. 91 tTa---F 162. (MIRA 150)
1, Institut virusologii imeni D.I. Ivanovskago A14M SSSR, Mosk7a.
(MOSCOW--ADENOVIRIJS INFECTIONS)

DREYZIN, R.S.; ZOLOTARSKAYA, ~,Je.; YANKEVIGH, O.D.; I-ELLER, L.; !&VZOS, L.M.
Various poasibilitieu of using the hemagglutination and hemagglu-
tination inhibition reactions with adenoviruses. Val). virus. 10
no.1:111-117 Ja-F 165. (MIRA 18:5)
1. Institut virusologli imeni Ivancivokogo MAN SSSR. Hoolvia.

end WT - T "
,rtant q,je$tj0'1f3
vorirGs-r roslevoe, ilazvi-M i;1 194.5, n,). 7, P-
ty. (zhel-dor.
opPent of -a,,."-
OC UOstvar (Icival
tabies)
R V brary of ooricreis
of 2)
C. . ~OVTZT TIA-1-
F,eference DeT-;[,xtinent~ W&-

iiiiuano ta:# and the Yearly-_.,
L1..Repl=em=t of Rails "A~~ j_.,_t6jotars,k!y,-_
Ld~~ inn Technical Scien"Ces, 3 Pp
Doroe No 4
mwar da7a tb 6 --,t!tp;zt, rai Iks rea~~h~ -
The Five-Year Plan or 19~-__~- !95;,--=1U
tMa-Int rail-- Up to the present
Milo oh~
~the natbtr to- be-
ly hana not boen worked out uincer thct Tar 'O'Gy
atic ecinaitions makes It impousible to eratablia-
ogle =Othod of determining the U*ar and rePlacO~
28T41
9~erii;j -(Ccmtd) *-Apr 1947.
af rsilD. Presents some mathomtical formulan
tialzat ir, catimating, the wear on ralls

-1 ~"., ~ -? I ,," .
eT e.,_ , , ) ` I . I _
,I ~ I I , ~ ". I I /I -
ZOLOTARSKIY,A.P., kandidat tekhnicheakikh nauk
Determining the periodic repair of railroads. Tekh.zhel.dor.7
no.10:5-8 0 148. (MLRA 8:11)
(Railroads--Maintenance and repair)

ZOLMARSKIr, A. F.
Zolotara!dZ, A, F. and Popov,, S.N. - "The imediate tasks of rapilar roadbed
Intenance". Teklmika shel. dorog, 19118, No. 12, V. 1-3.
Sos U-3042,, 11 March 53, (letopis 12:hurnal lriykh Statey, No- 7,s 1949).

.ZUMARSKIT, A.F., kandidat tekhnichookikh mauk.
Proopective method afetrangthening the ballsst tection vith
Its rails and ties. Zhel,dor*trans 37 no.lisO-67 y 155.
(Railroads--Maintenance and. rapairT, Oan 9 . 2)

ZOIOTARSKIY* A.Y. kandidat takhnicheekM tmk.
1_#V1_0"6,;z;;I:Q
Selecting types of railroad tims. Puts I put. khos. ao,,30-15-16
Mr '57. (Railroads-If ion) (XLRA 100)

ZOLOTAMKIY, A.F., 1-,.-,nd.tekhn.aa-ak.
4- -,~. '~
1
'1~ lat a .
-01road tra,~k development cu-f-li)4 Oje, 40 jefirs of Sov pow r
Vout.T51111 MPS 16 no.6:15-20 S 157. (MIRA 10:10)
(Rai lrondn-.-Track)

Z f.) L'I I P, ~~- "I , 'ti" - %--,
ZOLOTARSKIT, A.F., iand.tekhn.nauk.
Urgent problems in reinforcing track superetrueture. Zhel.dor.
transp. 40 no.'A:39-45 Ja 158. (MIRA na)
(Railroads-Track)

VKHRUY, S.G., prof .; ZOUR A.F., k%nd.tekhafinauk
Basic methods for the control nf metal corroolca In iiailroad
equipment. Vest. TOU HPS 17 t a. 193-io.7:3-7 160.
(MIRA 13:11)
(Railroads--Equipmeat and supplies)
(Corrosion and anticorrosives)
Vll 01 ", ~-F

ZOLOTARSKIY, A.F.; VLAsoV, V.I.
Nonferrous metals and alloys for railroad equipmdnt, Trudy
TSNII MIS no.277t3-4 164. (MIRL 17t6)
1. Zamestitbl' direktora Vaesoyuznogo nauchno-lasladovatel'skogo
instituta zholemodorozhnogo tramporta. (for Zolotarmkiy).
2. Rukovoditell otdaleniya ispy-taniya materialov i komstruktaii
Vaesoyuznogo nauchno-isoledovatellskogo institmta zb~1emodorozhnogo
transporta. (for Vlasov).

a ; lye-tiA;
VERSHINSK17, S rgy V s*l
YMSHKOV, Oleg Petrovich; IVASHCHUM, Georgly lvanovl2h;
SHESTYAKOV, Vladimir Nikolayevich; GIERNFIC-EV, ViklytE.
Andreyevich, prof.; PERSHIN, S.P., red.
[Railroad tracks and rolling stock for Ugh sptmd trsff,-;,
conditions] Z-heleznodorozhnyi lyut' i podvizhnoi soatlav dlia
N,ysokikh skorostei dvizheniia. 'Mo-skva, Trans-crt, 1904.
.V
271 p. (MIRA 18:10)

ACC- RN, AP6 30076
rip(c)
jD/Dj SOuRcE CODE:
AUTHOR: Zolotarskiy, A. F. (Doctor of technical sciences)
none.
TITLE: Increasing rail service life
'2
SOURCE: Zheleznodorozhnyy transport, no. 8, 1966j 55-59
TOPIC TAGS: railway transportation, railway engineering, railway, rail structure,
rail service fife 14
ABSTRACT: Rail traffic in the Soviet Union is reportedly several times heavier than
that in Western Europe or the United States. Further incre"es expected in the next
five years have presented a serious problem to rail making plants, since it WW ;re-
quire an increase in rail service life to I billion tons on straight track and - 4
500-600 nillion tons on curves. Increasing the veight and improving the quality of
,rails increased fatigue and wear resistance but did not eliminate contact fatigue
which was found to be the iwjor cause of rail failure, accounting for 50-60% of all
failures in 1964. Extensive research conducted with the participation of scientific
research institutes of the railroad transportation and metallurgical industries has.
not yet solved the problem. It was found, however, that heat treatment (oil quenchinE
immediately after rolling) produces rails with a sorbitic structure with ; hardness of
Card

ACC N9, AP 030076
about 390 11B. These rails were found to have a higher contact-fatigue and wear
resistance
kand better impact strength than the standard rails. ___TWW)
SUB CODE: IWV. 13/ SUBM DATE.- none/ ATD PRESS: 5077

SHCHAPOV, Mop d6ktor takhn.nnuk, prof.; k4?YJ.tnkhh.rukj
TSUKANOV, P.P., knmi.tekhri.nnuk
Serviceability of the rail steel and ways to improve it. Vest.
TSNII MPS 22 no.60-7 163. (MIRA 16:10)

ZOloOTARSKIr, A.F., k&nd.tekbn.nauk; CHOWSBY, X.A,,, kand.tekhn.nauk
----------
Improving the interaction Of track and rolling utocks
ghel.dor.transp. 42 no.7:49-54 J3, 160.
(HIRA 13:7)
(Railroads-Itollin& stock)
(Philroads-Track)

'ARSKIT, A.?,, kand.tokhn.nauk; PLATOT, V,,I.. inzh.
.
Yroopects for ovor-alf sechwAsation of major track r"Irs.
Zhol.dor.tmnap. 41 n0-3139-0 Mr '59- (MIRA 1296)
(Rai Iroads-Track)

ZOW%MKIT, A.F., Imnd.tekhn.n&ukeIWIKIFOROvSKIT, ToDop Anche
Lengthening the life of wooden ties. Zhel.dar.tramsp.
42 no.i:46-51 j& 6o. MU 130)
(Railroads--Ties)

-221QLAN.KY A.Y. kemd, takhn. nauk
=IZ&Z - ""
Prospects for the development of railroad tritok Militenance,,
Vest. TSNII M 11? no.8:8-12 D 158. (MIRA ~12 C 1)
(Railroads--TrabW

44591Z Cox= ftro Igh kand.tekhn.nauk; SEMRMIKOV, Vladimir
reOcTOO %M*; BERG, Oleg Tanovich, knnd.tekhm.
nauk; SHESTOPMV. Sergey Tladimirovich, prof., dok"'or tekhn.nauk;
V3MGO. Mikhail Felikoovich, prof., doktor telchn,niiijk; SORUIN,
Y.N., red.; TMNA, G.P., takhn.red.
(Reinforced concrete ties) Zholazobstonnys sh1xily. Pod red.
N.F.Verigo. Moskva, Goo.transp.thel-dor.izd-va, 19P. 327 P.
(Railroads--Ties, Concrete) (MM 12'3)

OXI-7
PHASE, I BOOK EXPLOITATION rOV/5075
International Inntitute of Welding
X11 kongress McAidimirodnofro Inatituta synrld, 29 lyimya 5 1~
I yulya 1IMP v g.
OpntH (Twelfth Annual Awwmbly of the 1utcvnrkLioji;Q Inatitute or Welding.
Opatija, June 29 - July 5, 1959) Moscow, Manligiz, 1961, 359 p. 3000
copies printed,
Sponsoring Agency! Natslonallnyy koinitet SSSFt po wrarke.
Ed. (Title page): 0. A. Maslov, Docent; TranuInted fvom En~liah, French,:
and Serbo-Croatian by N. S. Aborenl-ova, K. N. 130.yayev, E. P. Bogachma,
L. A. Borisova, K. V. ZvegintBava, V. S. MInaviclifiv, 'Irv] M. M. Shelovilflik;
Managing Ed. Car Literature on the ffot-Wovking o[ tdctalu: 8, Ya. Golovin,
Engineer.
PURPOSE- This collertion of articles in intended for %volding opeciftlifits and
the technical personnel of warinus production ond rqair simpa.
Card 1/$

Twelfth Annual Aritiembly (Cont,
"0V/5975
COVLIL,kGE- The collection contains abridired reports presented and discussed
at the Twelfth Annual Assembly of the Internotional of Welding.
Reports deal with problems of welding and reInted processes used in repair
in conn",'Cflon with the
work, repair techniques, and the problems arlsing
nature of the base and filler materials. Exam,)Ies of repairing various parts
are given, and the organization of repa[v operations in workshops (And under
field conditions Is diacusmed. Economic napoets of milding an(] related
processes as used In repair work are analyzed. No personalities are mend
tioned. Thare are no reforences.
TABLE OF CONTENTS: [Onl.y 6oviet and Soviet-bloc reports are kivoll here
Foreword 5
PART I. THE STIJDY OF REPAIR -%VORK'.1'ECHNIQUES
(PROCESSES, METHODS. PREPARATION, JIF-ATING,. AND
OTHER TYPES OF PROCESSING OONTROI,)
Myuntsner, L. (Czechoslovakia). Welding of Br6ken Crankshalts 36'
Card 2/9
........ ..

Twelfth Annual Assembly (Cont.) SOV/5975
Genkin, 1. Z. , and A.. F, Zolotarskly (USSR). Increasiag the
Strength and Extending the Service Life of Welded Hails and Frogs 172
Vegrzhin, Zh. (Poland). Alloying Fluxes for Restoring Parts by
Submerged Arc Weldhig 182
Chikara, M. (Yugoaltxvin), Thermito Welding in Restoring Rails;
Certain Characteristics Obtained in Testing Welded Joints 224
PART III, TYPICAL EXAMPLES OF PARTS R11"CLAMATION
(ROLLING STOCK, SHIP STRUCTURES, MINING AND METALLURGICAL
EQUjPMENT, AVkC1HNES,.AND'.TO0I..5)
Vrana, B. (Czechoslovalda). Practices in the Repair of Cutting
Tools With the Use of Welding Processes 291
Card 5/9

-huLOTA-RSKIY A.F. kand.tekhn,nauk
Reoearch in the field of railroad tracks. Pat' i put-khaz. 5
no.9-.24-27 S $61s WIRA UtIO)
(Railroadi3-Traok) (Railroad rosearch)

TSUKANOVO P.P., kand. tekhn.nauk; kajW.tekbn.nauk
Norms of repair periodicity are a moot Importmt fealwe
track management. Zhel.dor.tranap. 43 no.6:27-33 Jo t61.
(HIM
in
V~t7)
(Railroada-Maintenance and repa3x)

SHAKMNYANTS, Georgiy Mikhaylovich, doktor teklm. nauk; AIMMIN, S.V,~ prof,,
retsenzent; XONSTANTINOVy V.N.~ dots., retsenzent; almOVjIk4pffk
retsenzent; YAKOVLE7, V.F., mtsenzent; BOCHEITKOV, kandtekhn.
nauk 3 IZO p
., retaen6nt; HBERG, Ye.M., re-teenzent, YFRSIIB.GV, O.P.., re-
tsenzent; ZVFIRET., retsenzent;
retsenzent;
IVASHCHENKO, G.I., retsenzent,; LDIEV, S.A., ratsenzont; MARKARIYAN,M.A.,
retsenzent; POPOV,V,V.,ret_z~er,~,ent; POPOV,SX.,retsenzent; "EY'MIMMIKOVIM.
retsenzent; F OVITSKIT, G. I ~ , inzh, , ret Den-
zent; VIKTOROV, 1.1,,, kand.tekfm,nauk, rotsenvint; V~SOTSKIY, A.F.0
kand.tekbn.nauk., retsenzent; SAATCHMI, G.G.:, lauid.telthn.nauk.. re-
tsenzent; YAKOVIZVA, Ye.A.,, Jcand.tekhn.nauk, rptsen2ent; TITOV,, V.P.,
kand.tekhn.nauk, retsenzent, GRUSEEVOY, N.G., inzh,,. red.; BMWERGO
Te.M.p kand.tekhn.nauk,, red.; KHITROV, P.A.p tokbn. red.
[Railroad tracks] ZIv~leznodorozhvyi put'. Moslcva, Vzwn.izdatelIq%0_
poligr.oblledinenie Y-va putei ooobshcheniia, 1961. 615 p.
(MVLA 14:12.)
1. Kafedra. "Zhelezno,.JIorozbrqy put' " Loningra&tkogo inatitUta inzhene~-
rov zhelomodorozhnogo tran3por-La (for Ameliny Kvnstuntinov, Smirnav,
Yakovlev). 2. Vse;5opiznyy nauelmo-issledovatelInkiy imititut zbeleznb-
dorozhnogo transporta (for Bochenkov,, Bromberg, Yers)-ZEov, Z ore-? Z
41V . 0-
lotarskiy, lvashcherd:o, Linev, Mnxicarlyan, Popovt Y.Y., Fopo7, S.N.p
Serebrennikov, Shafrmovskiy, IIovItskiy).3.Vsesoyum-4ry nauahno-isslado-
vatellskiy institut transportnogo stroitellstva(for Viktorov,, Vysotrfldy.,
Saatchyan, Yakovleva, Titov)
(Railroads-Track) (Railroad exigineering)

vIVOSYANTS, A.I.; ZOLOTARSKlY, A.Z.
Case of Takayasu'S syndrome. Sbor. trud. Kursic. goa. med. inst.
no.16:36P,-370 -62. (141RA 17:9)
1. 1z gospitallnoy torapevticheakoy kliniki (zav. - prof. A.I.
I
vlatasyants) Kurskogo meditsinskogo instituta.

;'ACC NR$-' AP403571l___________
I.NVFI.TOR: Zolotarqvskiy, Shiartaor, A. Ya.
'ORG. non'a
TITLE: Interlayer for joining low-carbon steel to high-manganese steel. Class 21,
90. 186584
SOURCE: 1z'o'breteniya,'promyshlennyye obraztsy, tovarnyye znaL-i, no. 19, 1966, 58
TOPIC TAGS: metal joining, metal welding, high-manganese steql welding, d4smwUzWm=r
steel welding, M44-9- 9111~11
ABSTRACT: This Author Certificate introduces an interlayerp containing carbon,
manganese, silicon and.phosphorus, for.facilitating the joining of low-carbon
steel.to' high-manganese steel. To increase the joint strength of the bond and to
prevent a cleavage in deposited metal, the composition of the interlayer is set as
follows: 0.75--0.85% molybdenum, 0.45--0.6%tungsten 1 0,5% mlix mangan"e, 0,08;
max carbon, 0.1% max silicon and 0.032 max phosphorus,
SUB CODE:. 13/1/SUBM DATE: 09Jul65/
Icard 1/1 UDC: 621.791.042

ZOLOTAREVSKIY. 1.
Loases on containers can be decreaoed, Sov,torg. 35 no.?.-ID-13
JI 162. (MIRA 15:11)
(Paoking for ehipment)

ZOLOTAREVW~1-1.,Xa,; SAPRYKDT, A.V.; CRJBA.IIIOV, V.s.; GAIMETSKOV,
V.Z.; ILYUSIEIII, A.F., red.; ELIKINA, E,M.,, re(j.
[The container) Tara.
1963. 229 P.
Izd.2., perer. moskva~ G:)storgizdat,
(RIII'~A 17: 1)
(ContainGrs)

S/113/60/000/002/005/009
D207/ r1306
AUTHORS: Zolotarevskiy, V. S., Candidate of Technical Sciences
Chernyak, B. Ya., Sharapov, K. A., 5,:olotarevs',dy, L.
and Dmitriyev, A. A.
TITLE: A new piezoelectric crystal pickup
PERIODICAL: Avtomobillnaya promyshlennost', no. 2, 1960, 32-33
TMCT: The Laboratoriya dvigateley AN SSSR (Engines Laboratory,
AS USSR) has developed the Ar~~K -03 (LDK-03) piezoelectric crystal
pickup for use with a cathode-ray oscillograph in studying the
working process of piston engines.(illustrated below). The case I
contains.a thin-walled brass. socket 2, inside which are contained
the crystal plates 3,.the lcwer spherical support 4, the upper sup-
port 5 and the charge tapping.system 6. The crystal plates are
centered by rings 7. At the bottom of the pickup is fixed a corru-
gated steel membrane 8 fastened to the socket 2 by a screw 9. The
membrane is-packed, down by an intermediate pressure bush 10 and a
femal-e-screw 11. The latter also serves as a tapping contact and
Card l/ 4

S11131601000100210051009
A new piezoelectric.crystal pickup D207/D306
secures the piclmp parts in the case. The nut
12 fixes the upper support 5 in the socket 2
and transmits the pressure of the screw 11 via
the thick part.of the socket to the pressure
bush 10. The electric charge developed by the
crystals is led off.via the tapping system 6,
the spring 13 and the contact rod 14. Insula-
tion is.effected by three amber collars 15, 16
and 17. The pickup is cooled by running water
which enters by the inlet tube 18 and proceeds
via channels in the case and pressure bush
directly to the membrane and hence to the out-
let tube 19. A rubber ring 20 prevents the
water from penetrating to the electrical tap-
ping system. The pickup is not affected by
cyclic temperature changes in the engine cylin-
der since the corrugated form of the steel mem-
brane canpensates linear changes due to temper-
Card 2/4

S/113/60/000/002/005/009
A new piezoelectric crystal pickup D207/D306
ature. The pickup can.pass oscillations up to a limit of 8,000 -
10,000 cycles. No characteristic distortion of. the indicator dia-,
gram due to the pickur's ralatively high frequeucy of natural oscil'.
lationa-in.a.transverse direction (25,000 - 30,000 cycles) could be
observed even at engine revolutions.of 4,500 rpm. To ensure linear
indicating-characteristics the-.crystal-eleatents.are-compressed be-
forehand. with the help of the brass-'socket. The pickup's high de-
gree-..of-sensitivity depends on: I)-the,high coefficient of the
mevibrane- which reaches 0.7; 2) the low degree of membrane rigidity
due-to its.thinness (0.15-0.20 mm) and corrugation; 3) the low re-
lation-between the.longituolinal.rigidity of the.,socket walls and
that- of the. central. power line (supports and crystal, elements) due
to the thinness.. of the socket walls - (0. 1 m). The pickup I s dimen-
sians,. are.: length 70.mm..maximum, _diameter. of the threaded insert
end L4 mm, case dianeter 18 ma. The pickup has proved highly relia-
ble, stable and accurate. Used in conjunction with the Engines Lab--t__
oratory's indicator calibration method it ensures accurate indica-
tion with an error of no more than 2-376. The pickup is presently
used in all engine indication work at the Laboratory and can be
Card 3/4

S/113/4-)0/000/002/005/009
A new piezoelectric crystal pickup D207/D,306
recomme-nded-for-comercial series production. There. is 1 figure
and--I-Somiet-bl-oc reference.
ASSOCIATION: Laboratoriya dvigateley, AN SSSR (Engims Laboratory, ---
AS USSR)
Card 4/4

YEVGRAFOVt K.G.;-ZOLOTAREVSKIYo-L.S.
I
Uoing Puloating combustion in gas-turblne upits. Trii~r lab.dvi *
no.5:13-22 160# (HIRA 14:31
(G&9 turbinee)

KIRPATOVSKTYj I.D.; VAhVVATI, Ye.N.3 ZOLOTAREVSKlyp'jt~.
Alloplasty 6f the muscular coat of tho esopbaps with a P917vin I-
aloohol sponge. Xhirurgiia 35 no.811,8-54 Ag 059. (MIRA 13:7
(ESOPIIAGUS--SURGERY)

ZOLOTAREVSKIY,, V.B.; LEVENSONO V.I.
Histochemical study of the protein metabolism of
in various functiobal stat,39, Probl, endkok. i
60 Ja-F 160.
(THYROID GLAND) (PROTEIN METABOLISM)
thyroid tissue
gorm. 6 no. 1:52-
(MIRA 14il)

NOVIKOVf I.I.; LYUTTSAUP V-1a.;
Inter6rystallite concentration of rderohetorogoneity in alumimub-
copper alloys at various speeds of crystalliziu$lon. Fiz. met, .1
motalloved. 16 no.2:2414Z.O Ag 163. (MMA 16:8)
1. Moakovskiy inatitut atali i splavov,
(Aluminum-copper aliqn-Metallography)
(Crystallization)

~Z? LOTARNSKIY9 V.S. .I
I -"- --~,
Accuracy of determining indicated characteristios of
gasoline engines by meana of idling. I!rudy, Lab,dvig, rno.5-613.1-126
W, (Automobiles-Enginefi--Tentinr, -XYPA 14:3)

SHIKUNINA9 N.M.;,,ZOLOTARa7,VSKIYt V.S.
Possible causeo for reduction of economic afficisfnoy of a
throttled gasoline enr4nn. blidy lab.dvig. no,,~o.1'127-U4 160.
(M,TRA 14:3)
(Gas cnd oil engines)

w)/T/EWT(t0" _TIU_K---1
~C_C N -R. AT6024926 SOURCE CODES UR/2961/66JOO0/004/01?0/017Wi
AUTHOM Semenovs, A. Ye.; I~IS2y
Zolotarevskjyj.j~.~.; Mamint A. S.
ORO: none,
TITLE1 Effect of manganese and drco)-dum on the hot crac)Lin alloys of the Al-
Zn system
SOURCEt Alyuminiyevyye splavy,, no* 4v 1966, Zharoproclmyye i vysokoprochnyye splAvy
(Heat resistant and high-strength alloys), 170.-174
TOPIC TAGS3 manganese containing alLoy, zirconixua contaiiiing &1loyp aluminum zinc
alloy$ magnesium containing a-Uoyp brittleness
ABSTRACTI The object of the work was to detormine the erfoct of Mn and Zr on the hot
cracking of alloys of the Al-l-;g-Zn system containing various Mg/Zn ratios. The intro-
duction of Ym into the alloys was found to cause a substaDtial increase In their hot
cracking because of an expansion of t~o temperature range or brIttleneseq a deoroase
of the elongation per unit length, and an increase inAinour shrinkage. Addition of
0.12-0.25% Zr to alloys of aluminum v.Lth magnesium, , inc, and manganose increases
their resistance to the formation of crystallization(~"
bracl(s because of a narrowing of
the brittleness range and an increasj-Tn--eYo_ng&E_1on "por unit length in this range.
It is recomended that a high Zr content be used in tho filler vire in welding Al-Vg-
Zn-type alloysp and that the Mn zontont of these alloys be maintained close to -the
2

ACC NR:
lower limit given by the technical aq)ocifications# promrLding that. the corrosion re-
sistance of the welded sDocimens is checked. Howoverv the introduction of Zr in
amounts of no more than b0l;-0.17% is associated with the separation of intermotal3ic
phases durIng the crystallization, and these phases not only decrease the Plasticit '0
of the cast ai4 deformed material, but also raise the thermal stresses of a welded
structure. art. hass 2 figures and I table. i
SUB CODEi It/ SUBM DATRI none/ ORIG REFI 003/ OM We 001
t2 vmb

V.Ya.,- KUZNETSOVA, A.N.
Withod for catheterization of the urinary bladder in ralubito.
Lab. delo, [71 no.4s56 Ap 161. (MIPA 1493)
1. 0zhogovyy otdol (zav. M.Shmber) i laboratori7a normalfwy
i patologicheakoy fisiologil (z4v. - prof. L.L.Shl1c) Instituta
khirurgii imeni A.V.Vishnevakogo XIM SSSR, MosWa.
(CATHWER) (MUNE) ~

9
UsSR/Goaoral Iroblas:ia of ratholoMr - Tuvx)rs. Comparative U
Oncology. Tumors of Man
Abs Jour : Ref Zhur Biol., No 6, 1959, 27502
Author z Zolotarovskiy, V.Ya.
Inst :
Title On Impnirnent -of Motor Ftniction or the Ototn~h i1i
Orig Pub Sov. maditsina, 1958, No 7, 49-54
Abstract 34 patients with carcinoma of the storzqh,ver4-1 =Acr ob-'
servatioa; in 6 of then there was carcOona .0f antral
region, in 9 -carctaomtous 9tenosis ok Uia pApric part
of the st=ich, in ll-car61aoma of the small ~uxT',ature
and in 8-carcinoma of the stonAch body. The r~lbtbr fuac-
tion of the stoLkich was studied by the rxr~iod Of Bykov-
Kurtain (the method of balloon tonometry), 111 3.1 Pa-
tients the tonus of the stomach was lowered; in 25 ato-
nia of the stomch was observed and in 6 -Uypotonia.
Card 1/2
- 30

------------
V11C.-MIFTA 17DIM S=.9 VVLA2P,, X-~il lro%-o
2230. MOTOR-SECRETORY FUNCTION OF THE STUNNIP OV, TI1Z ST01MACH
AFTER RESEC I 1~
,TION OF ITS PROXIMAL PORTIONS (RuAwian t,!xt)
Zolotarevsk'y V. Ya. and Pechatnikova B.A. - KHII',TJRGUA
Fifteen patients were examined by Bikov Kuritsin's method at dUrcrent moments
after resection of the proximal portion of the stomach. The indication for these
operations was cancer or ulcer of the cardia. It was established, that after such
operation there is a great deal of mucus present In the gastric Woe. and an al-
most complete absence of hydrochloric acid. In time, the (113ttil M011111ch Istump
acquires the ability to retain its contents for 45 min. and to contract r1wthmically,
which leads to mechanical and thermal treatment of food and promotes its evacua-
tion. These factors aid intestinal digestion. It has been proved, that the passaga

22 -~O
of food through the duodenum after resection of the proximal portion of the Stom-
ach has a physiological advantage. Taking this into consideration, it is suggested
that in suitable oncological indications, resection of the proxhTal part of the stom-
ach is more rational than total gastrectomy.

ZOLOTAREVSKIY. V.Ya.; PECHATHIKOVA, Ye.A.
Motor and secretory function of the gnetric abump Aiftor ranq-adon
of proximal portion of tho etomach [with sumbary in 14iglish].
Xhirurgiis 33 no.6:24-28 A 157. (MIRA 10:12)
1. 1z Instituta khirurgii AMN SSSR iment A.Y.TLohnevs1cogo (dir. -
days tvitell nyy chlen ANN S Sa prof. A -A.Tishnevskiy)
(GASTRECTOMY
motor & secretory funct. of stump after resectlon of
prorimal portion)

Z01WAJ T.Ts. (Moskva)
r V WE& z I-
Dracuatory function of the stomach after resection ct its distal
egment, Klin,med, 36 no.2:52-56 V 158, (MIRA 1114)
:
. Is Institute khtrurgit imeni A.V.Viebnevakogo AIIN BUR (dtr. -
deyjtvitellnyy chlen A191 SSSR easluzhannyy d6yatell nauki prof,
A..Ii.Vishnevskiy)
(GASTRECTORY, In various
cancor & peptic ulcer,
on evacuation functo)
(STOMACH NEOPLASMS, isurg,
gaBtrectorq of distal
(Rua))
die.
off. of distal segment gaptrectomy
sagmentl effo on evacuation fundt.

t A. V.
USSR/Physics
Spectrum Analysis
Gold
Feb 49
IIB -Spectrum of Au'98, 11 B. S. DzheleT)ov, A. A. Bashilov, i. V. Zolotavin, N.
M. Antonlyeva, Sci Rea Phys Inst, Lezdngrad Stlate U, 3 Pp
"Dok Ak Nauk SSSRII Vol LXIV, No 6
198
Studied the B-spectrum of An , using a new magnetic apectromitter with ismroved
focus (0 = 300, P = 8 cm4p/p = 1 %). Results correlated woll With those o~ dix Nond
and Watson. Submitted by Acad P. 1. Luktrskiy, 10 Oct 48,
PA 29/49T99

ZotOTAInlip. A. V.
UM/Ruclear Itysics - aeta-Spsctv~m Jan 50
isotope
"Dota-spactrum of HaP6~0 ff. ?6 Antonlyeva. A. it. Owhilov. D. M., DobOUPOVS. A. T.
Zolotavinp RW* Inst# Leningrad SWe U imnl Ae A* Mdavows 4 Ipp
*Dok Ak Nsuk SSSFLR Vol Ma No 3
Used magmatic spectrowter with inprove.,l focusing to study b-9taospectirum of4
Thin layer of Ho203,p Irradiated L7 neutruns IT-169 3positod oo stA-P of olparatte~;MV1
wa,j electron source. Mactron radiation of Ila consists of rxiv%tintwus Lusta-speetw4Ax
with limit of al5out ls,640 kev and intinee 1:,Ir(---up or slow aleetromm leso Uian 101~) kimv*
SubMittad 21 Sep 1t9 by Acad P. 1. Luk-iMkiT.
158T80 ,

ZOLOTAVINj A. V.
uz,---sjIAuc1e&r Pijysico - Radium 11 11,41b 50
Ja=44 Ray a
"Structure of the Gania-Unev of "t" As A. DamhAtovp N. Mq Antohoyvyap A. IV., Zolotevial
Pnys Luts Lenj ad State U Lawmi A. A. Zhdawv
"Dok Ak Vauk SMRO, Vol LIX, M 5v pp 793-796
Latyahev and, co-wofteralL pi-evious studies of beLarmpootr= *jIF 94 1:144 eatabUohed that
gamwa-ray lines ofconv",411on elactrans were considarably mliflar tbum had beea expIcted fro
Instrumatal data and that thera ware a nuniber of very ani,row peakv4; im saw Cassal
6 kov apart azA in otbers 2,5 kew apart# on base line, Tkiis was Mri4arpreted as albo
structure of Sawmak-lives by Latyabov and his co-w*zkon. Im vlew!or fundumMal import-
ame, of this bypothesis,, authors herWa etiAisd structure of 1 hhaim J.1two urdat,Opoditiam
which 911*n-ted distortion of limes by wells of gUss aajjou:~d- and with a beWispeatrometer
having improved focusing, Yine structure in fam obwwad b1l, JAtyWbov sAd *D-v*fters
was not disdovered. Submitted 13 Doe 10 bi Acad S. I. Wavilov.
PA 165T47

ZC-TOTIVTI.!. A. V.
1 -:1 T
V.
DA" ~;S2,R, Vol n -To 5, 7 21-
ti ri y:,, t n T~ I ~i t
I 110~ At
Rcconl I:, vi I
f,hr: rern c 1, 2 c~ n f;-At,i~ r,!' i; i If :t n
t

US-'R/Nuclear Phy~,,i,,,z
Card ~ i i;, -- . - --, -
Authoru t
Ti. t I e
Feriodica.1 t
:1 (iciris
zLb
--trnc~,
t IW
graphs; ctravingsl iUustrations.
Institution : The A. A. Zhdanov Stste Uniwlrsity, F h. r.9 i cs 1histitut:41,
tiic! ulectran
A,
zu.,
fiffililagreud
Submitted : No-,ember 110, 1953

LA
F, F193 E
MSER/Nuf'tear FIh,,rFj.,rfi B e m-3 1:w c tr f-, 1!, pt,p 1 11
7,
Authors I V
Title t Calculation of electron-optical paxamieterm A a bieta-clpfictrornefter 'PILth
double- foc-,is,r-,g of th,! el.ectrcm pencil.
Periodical i I zv. ANN SSSi~.. !3.- r -i. z 11;1 ',?,, ~ F.; .-22.6, Mia r.
t Data itrf, !-,:-,;.reHnq f~ie- jino,dori of eledronsi, source imap,
I I , e fo r ra,
P t t- 'r- tm.filrf- It."d tlhl~ rol-TI) of
ii ft v n i n
Submitted Ma r C 11 11 , 1 ~4

V / /Y,
120-6-5/36---
AUTHORS: Zolotavin, A.V., Petrun'kin, A.M., and Khalkopova, N.N.
Sources in Beta-spectrometers with Double
TITLE: On the Use of U
Focussing (0b ispol'zovanii vysokikh istodhaikov v
0-spektrometrakh s dvoynoy fokusirovkoy)
PERIODICAL: Pribory i Telchnika Eksperimenta 1957, No.6,
pp. 27 - 30 ~tJSSR)
.!3STRACT: An increase in the size of the source in magnetic beta-
spectrometers with double focussing leads to an increase in
the "i34j;mination" L, defined as the product of the mean solid
angle J L used in the spectrometer and the area of the source S.
The above result was studied by the authors in Ref-3 in the case
of a field giving accurate focussing of a "flat" beam. In the
case of line source such a field gives first order focussing in
the following directions: in the plane of sygimetry and in the
direction of the axis of sy=etry of the beam. In order to
find the upper limit to the size of the source, the shape of
defining slits, and the shape of the receiving slit, it is
necessary to find the image of the linear source. Such cal-
culations were carried out in Ref-1, using a maximum source
half-height of z. P 0.15 po where p 0 is the radius of the
Cardl/3 equilibrium orbit. Further calculations are reported in the

120-6-5/36
On the Use of High Sources in Beta-spectrometers with Double Focussing.
present paper. The field in the plane of syminetry z = 0 is
taken to be of the form:
3 2
H(e) + 2 (P 8 4 +
3 15
+ - 1)3 - - 1)4
16 256
3 - 1)5 +
512
where cylindrical polar cc-ordinates are used and p0 is the
unit of length. The components of the magnetic vector in space
were found by the method described in Ref.4, using
divH = curlH = 0. As before, the radius of the equilibrium
orbn1t was t-aken to be 10 000. 25 orbits were calculated for
different initial conditions. The images of the upper half
of a linear source produced under different conditions are
Card2/3 shown in Fig.l. It is shown that in beta-spectrometers with

120-6-5/36
On the Use of High Sources in Beta-spectrometers with Double Focussing.
magnetic fields giving accurate focussing of a wide beaz lying
in the plane of symmetry, it Is possible to use sources 0.3 Q0
high and thus increase the "illumination" considerably.
B.8. Dzhelepev collaborated.
There are 1 diagram, 2 tables and 13 references, 5 of wb-ich
are Slavic.
ASSOCIATION: Leningrad State University imeni A,A. Zhdanov.
(Leningradskiy Gosudarstvennyy im. A.A. Zhdanova)
SUBMITTED: MaY i31 1957-
AVA.ILABLE: Library of Congress
Card 3/3

7- 0
USSR/FAPiCal Q-WdStry-~BOMM (,"A*St*iOMI COP.M.M1114 8Ub&tCMd.C StzuCture B-2
Of Matter.
Aba Jour: Referat. Zhu=al Pladya, Ito 2, 1958, 347T.
Author : Ye. P. Grigorlyeev, L.V. Gustova, A-V. Zolotavin, D. KTataik,
T.V. Poleshcbikj, O.V.
12'at :Leningrad University.
Title :on pp7b Emission.
Orig Pub: Vest-11. Leningr. un-ta, 1957) No 10, 37-30,
k1betraot: t3 and K --missions of As76 vith Tj a 26 -75 kmvw ara'stu&ed.
ne t3-spaeatrm -.ma studiea vith a 13 -spearkroatior wit"a double
fc-mizaing. Me d-emdasion of AST6 VUS measured, with a Imp tic
spen.trometer for measuring the hazA cession by rocoil clec-
5 (1 -lines and 6 -lines ware revatLUd, their R is
L-3 foll-Ows: 350 t 30, WO +1M, 1760 + 4o, 2410 + 30, 296o
1~
kev and 1.21 + 0.09, IS3 + 0-03., 17-77 + 0-04,' 2-10 + 0-03,
0.01, )4ev correspaftdingly.
I I HAI * 11M W1111111, -11111,11111! 1111111 111"111 IT IT 1-111, 1~ W~ 411

.'~? ' A),
Grigorlyev, Ye.P., Dzhelepov,B. S., Gu ponding
,AUTHORS:
*ember of the All SSSR, Zolotavin, A. V., Krataik, B.,
Preobrazhengkiy, B. K., 1aHchevska_y__a-,'-T. S.,,
TITLE: the Conversion Spectrum of H016c, (Konversionnyy spektr 11016o).
PERIODICALs Doklady AN SSSR, 1957, Vol. 117, Ur 1, Pp. 53 - 56 (U63H)
ABSTRACT. The preaent paper investigates the converaion ape trum occurring
in the radioactive transformation Erl6o H016o DyI90. The spectrum
wqs investigated by means of a spectrometer with a double focus-
in The conversion spectrum is homogeneoun in both fractionaz
Erf6lo does not produce any conversion electrons and all the
electrons belong to the 11ol6o. The ro2alta of the investigations
of the conversion spectrum are given in a table. The intensity
of all the lines observed decreased in a period corresponding
to the half-value period of the investigated fr%ctions: 29 houru
in the case of the erbiun fraction and 5 hours of the holmium
fraction. On measuring faults something, ii said,too. The general
form of the conversion spectrum agrocii with an earlier di2cov-
ered form (reference 2). moreover, oome neir facts could be ex-
plained which permit the determination of the decay scheme of
ito: The &
the Ho lines Lj+LII,LIII,M and N of the transition tak-
ing place in the Ho160 were observed witli 6o KeV. The decompovit-
ion into the components makes it poauible to determine the re-
Card 1/2 lative intensity of the lines. The relationship Lj'.Ljj.-Ljlj -

The Conversion Spectrum of H016o. W-1-13/42
0,20, 1:1,o determined by the authors for the tramition
86,4 keV confirms the multipole property E 2 of which.The
line E. - 99,3 keV discussed in a preparatory paper (reference
2) was identified as tile L-line of the transition 107 keV
by the authors. Moreover the K-conversion line of thi& tran2it-
ion was found.The conversion line of the transition 298 keV on
the K-shell is a narrow doublet with AE- 1 keV. Further
particulars on these new discovered lines are ven.The data
given here and the data on the decay of the Tbq~o (references
7,8,9,1%11,12)can be used ~s fundament for the conGtruction
of the decay scheme of TbIbO and HoI60.8uoh a scheme is illuut-
rated by a graph. There are 3 fi~,ureii, 2 tables, and 12 refer-
ences, 5 of which are Slavio.
ASSOCIATION: Physics Institute of the Leningrad State University im. A.A. Zhdanov
."Fizicheskiy inotitut Lfmir,-raa:;iuga gooudarstvenno-
go aniversiteta im. A. A. Zlidanova),
SUBMITTED: September 13, 1957
AVAILABLE: Library of Congres6
Card 2/2

ilq 21/
AUTHORS: Grigorlyev, Ye, P., Dzhelepov ', B, S_ 48-22 ,'.,.2/,7
Zolotavin, A Kraft, 01 Ye., Kratsik, B,f Peker, L. K.
TITLEi The Decay of Tb 1,60 and 11 16o and the Level Schemp of DY 160
(Rasped. Tb 16o i Ho 16o i skhema uTovney Dy! 6o)
PERIODICAL: Izvestiya Akademii Naik SSSR,Seriya Fizicheskaya. 1958,
Vol. 22, Nr 2, pp., 101-125 (USSR)
ABSTRACT: Radioactive Tb 16o was here obtained by irradiation with
slow neutrons of cheminally pure (99, 9%v') Tb20;t~ The,
position and relative intensity of 19 linee war" carefully
mea3ured in the conversion sper,-crjm. The decomposition
of the known line 963 + 966 keV into two components �z
essentially new. The rolative intensities of the r-
-transitions were obtained by roans of a diviCi*n of the
line areas through the correspondinC photoelectrir~.
absorpti.or. factor. The values xwere becaus,,t~ of the
absorption of the t--rays corrected in. the sourc4~ il-self
and at the walls of the cylinder, as wfill as because of
the absorption of the photoelectrontj in thr- targret. and in
Card 1/3 the slits of the counter, The obtained reletlive in'Pn3iti!1!!

16o 16o ; 6o
The Decay of Tb and H and the Level Scheme )-f Dy! 48,22-2-2/!
of the r-lines in the aroctrum of jihot-,)ele~,tronq fire -ir
the range of +201,~ in ai3reement vrith those of rf~ferenoes
5 and 6. The 7easuroments of the conversion spectriLln show
that the soft component is twice as weak as the liard orie.
The multipli(,,ity of those trancitians apparently i- (sql-~al
and between the intensities of the PLlAnes the .9wu xrelation
must exist. -, Radioactive Ho 160 visas obtained by irradiation
of a tantalum target with protons with ar, energy of -%p -~r)
660 MeV. The erbium and holmium fxr--,tions were chromato-
(;raphically separated from the tlarq~. In the conversion
spectrum all conversion lines of Ho 0 that had been
obtained in reference 8 were also confirmed here and mary
new ones discovered. It is 3hown that the tranoitioqu to
the upper levels are permitted or-es. Tho small number of
positroni (one positron) per decay is ejplained by the fact
that at the low decay-eriergy the K-captiire is dca-ina'Ang.
I'llien the decay to two uplj,-,r levels -is conaidered porinittod
Klii3+can be determined according to the tables by Zweifel
(ref. 10). The values 5400 and jJ00 thus obtained are very
high, consequently a considerable part of all. conversions
Card 2/3 of Ho 160 must take place by way of K-,,,apture. in th-~-

16o 16o I 1~b
The Decay of Tb and H and the Level Scheme of Dy .1 40-22-2-2/17
second short chapter the determination of. the mult.4-
plicity of transitions is sliown and its raz-,ults are e;iver.
in tile forin of a table. - In the third chapter th(~ sc.heme
110
of the Dy U -levels is treated. A level scheme of Dy '60
was here compiled v.,ith the use of all a-xperimental data,
theoretical cortaiderationc twd the artalo,(,y with the
neighborinC nuclei. This E;chcme in I;he best manner
corresponds to all dat-1. All argwnents confirnin(; this
scheme are [-;iven here and all facts contradicting this
scheme or fact.- which cannot be explained ftre enuLic-rared.
There are 8 figures, 12 tables, and 19 referen,~ieo,, 8 of
which are Soviet.
ASSOCIATIONs Fizicheskiy inotitut Leningradnikoao jto8u3arotvorwoj-,,)
univeroituta im. A. A. Zhilanova (Inatitui;,~ fur 11 11Y o1ca
in the Leningrad State Univeroity iaeni A, A. Midatio-'r)
AVAILABLE: Library of CorLC:re3s
1. Te rb tun-De cBy
Card -3/3
2. Terbium isotopes (Radioictivu)
lilt; Wil"Atill

,2,
4,3-22-2-12/17
AUTHORSi GriCorlyev, Ye. P.,,Zolotavin, A. V., Ku0min, I. I.,
Pavlitskaya, Ye. D.
106 106
TITLEs On the Decay of Rh (0 raspade Rh
PERIODICALt Izvestiya Akademii Nauk SSSB,Seriya Fizicheskaya, 1955,
Vol. 22, Nr 2, pp. 194 -- 197 (USSR)
ABSTRACT: This is a lecture held at the VII All Union Consultative Con-
ference on Nuclear Spectroscopy, which was devoted to the
investigation of the radiation accompanying the radioactive
tranamutation of Riz 106 ), Rh 106_-> Pd 106 with the help of a
r--spectrometer xvith double focusing. (Ref 1). In this ap*pa-
ratus the diaphragms near to the source were removed and the
thickness of the othero increased to from 8 - 9 mm. The in-
side of the aparatusq at the rim of the diaphragms nearest
to the source, was coated with beryllium plates. The con-
version lines, the complete r---spectritAm and the spectrum of
photo electrons were inve3tiCated. 10.-
0 In 'the investigation of the contini~ous i'-spectrum of 11h
Card 113 results viere obtained, which do not correspond to the data

10,
On the Decay of Rh 0
48-
by Alburrer (Ref 2) with respect to the composition of this
spectrum (intensity components). Therefore control egeriments
were performed with the P-srectrki of P32, As76 and K 2, which
lead to the conclusion that the spectrometer accurately re-
produces the form of tile g-spectra up to 3 MeV, above this
value, however, a distortion of the shape in possible. 2)'2be
observation of internal conversion proved t(; be difficult, and
it was only possible to measure the K and L conversich lines
of the transition aith an energy of 513 and 623 -,eV. In this
case the data by Alburger correspond to the 14cre obtained re-
sults, with the exception of the line L-625, Whi 386 alone vias
treated in this paper. 3) The /)0--spactrum of Rh was in
this inveoti6ation examined accordinS to the photo electron
spectrum with a cylindrically symnetric source. Thin investi-
gation -.,ins pushed in two directions. a) The photo electrons
of the P-transition-e with 513, 623 and 1052 keV were measured-y
and their respective intensity was dete=iined. Pb, Bi and Th
served as tar!-et here. b) 'The ranr,e from 100 - 400 kev was
investigated under the assumption that accordine to the decay
scheme, the transition with the energies 150, 220, 240, 345
and 390 keV sh,.-ald be determined. The experiment proved to
Card 2/3 be difficult. No photo peaks could be found in this range

-30'
F/48-22-7-12/24;
S
."UTHORS: Grigorlyev, Ye. P., Dzhele.pov, B. S., Zolotavin, k, V.
16o
TITT.E: Relative Inten-gities of y-Transitions (if ~,-10
(Otnositellnyye intensivnosti y-perekhodov ~o 16o)
F"'RIODICAL: Izvestiya Alcademli natil: SSSIR, 30.'r1,y1h fftil~'hC'131MVa, 1959
Vol, 22, TTr 7, pp. 821-82~, (USSR)
ABSTRACT: Reference is made to previous 'vapers (Rofs 1, 2). .1 ~noviled,-,.e
of the accurate thickness of the biomuth targ#,~t pormitted
to determine the ratio between the intenzities of the lines
hV = 196 keV and of harder lines. In these measurements one
and the same source was u-9ed. The onergion and the intf?nsitien
of the 6 strongest y-transitions wnre determined. On the basin
of the relative intensities of the y-radiation and the re- 16o
sults from the examination of the ~onvernion spectrum of Ho
it is possible to determine the factiorts of transition-convor-
sion and their multipole order. Thin can be don-3 if Jt in
taken in-~o consideration that the 196 keV transition take 16o
P~ace be, ~ween the levels of the first rotation-band of Dy
Card 1/3 4 and 2 . It la aijaunied that Lhp nonvi~riiLon factor of' this

ReIative Intensities of V-1ransitiona of 110 16o 110'1/48-22-7- 1 P/26
transition is equal to the theoretical one for the electric
quadrupole radiation. In this manner the conversion factors
for the other transitions are obtained. The results comolete.,
1y substantiate the assqmption made by the authors conci~rning
the level ocheme of DY161 from reference P. The pooitivi?
parity of the 1695 keV level is now proved and a spfn-vulue
of 4 is very probable. The 729 keV TransJtfon in thJs cave
is V.2, whereas the 646- and 538 keV tran!;itions are a. Mixtuve
of E2 and Ill or of E2 . The hard conponent of the doublet
963 966 keV is a. pure E2 transition. Henee the multipol,~ oz-df'r
of the 963 keV transition is Ml or Z2 f- L'l. The 873- and
879 keV transitions most probably have t multi-Dole o-rder of
E2 + MI. Accorcling to meamirements of the spectrum of the
photoelectrons the correctness of the computed inTansitieo
of the transitions of 538, 646, (175 + 879 ,;nd 965 keV is
proved. Fluctuations witbin the li"its of 5o-40 '5' -rere found
in the intensity of the 73okeViraruttion. Vne staff of the
OIYaI and of the Radium Institute atisiated in the irradiation
of the tantalum target and in the preparation of pure erbiun-.
and holinium -preparations, There are 2 figures, 2 tables, and
Card 2/3 4 references, 4 of which are Soviet.

I a ive 7 1, tc-~ it i t

TAT ON f3k(),7,o

lo~ L

Card 3/3

30V//48-22-'j-15/26
AUT1103: Grigor 'yev, Ye. P., Dzhelepov, B. 64 1 ~,q,~otavin, A. V.
T!i,jhin, V. Ya., Pxikhodtseva, V. P., Xhollnov,
Shchukin, 0. Ye.
TITLE: Radiation From As74 (Wuchenlye AV74)
PERIODICAL: izvestiya Akademii nauk SSSR, Seriya fizicheskaya, 1958,
Vol.. 22, TTr 7, pp- 831-638 (USSR)
ABSTRACT: In December 195,7 thq authors obtviined R radiochemically pure
preparation of Ae14 ("4 MCU) with a good specific activity.
The characteristic features of th4s dee-ay were examinod. and
preoisel;f determLnod '7 first the production of the preparation
lo 4Psc,2,!bed. Thin An was
proditood by it bombardment of (.;or-
nanium with deuterona with an enerlty of 10,8 MeV. The ronult~:
of the invekitij3ation of 6 anti P -spectra are e. d. It
is Proved that the prouno .9tate Of .4874 is of an 2 -type.
After thi,~ "bypaso" , tj%-,:~ *,'I ~ ITIeetra Mid been subtracted the
Curi e &.agrams for the oot I com:)onents of both qr-aotra nr(;Nrt-J,
to be ri?ctilinear. In the back-ground of the P -Spectrum the
K- and (L+11) conversion-lines of the tran--itions of 596 and
Card 1/4 635 keV are clearly marked. The K-635 line is, without cloubt,

RRdiation From*As74
1~!DV/48-22-7-15/26
With"the
hi - 06 kFjV
a transitir~n of the type 2 + 0*~#
transitior, which i.1 nonriect,)d with the positron brnnch-, con-
ditione are more coniplicated, as the proportion of the K-cap--
ture muit le known in ui.,dcr to be able -to determine, a., Two
mothods oC the dr-ermination of T, are given. The spectrum
.0 11 of .4974
of the y-rr.diati was inhatigated by means of the
recoil electrons. Thr) relative intensity of three y-lines
was invait.:.gatod with an oquipment of a better reqoliAtion:,
The artnihiA Lion line,' at h-0 - 586- and the 635.koV line.
1'.-ith thn hf-1p of an equipment of a lower resolution, btit
of a lul_-,inous Intensi ty amplif ic-6 by the hundxedf 61'. , it
attempted to find harder y-linen in the rad.aW)n of A:074.
The doray ener-.( In the transmutation from As. - Ge-14
gives risl.~ to the assumption that the levols of 04114 are Ctx-
cited up to those of 2500 kell. Actually In the speotral range
of 120C keV a pronounced superelevation of the counting rate
above the ouiet background connected with the softer lines
was observeti. The intensity of this line is smaller by a
factor of 220 than that of the ann1hi.la1;iqn__.1jx-e---It is shc.,,-:n
that in Ge74 the second level of excitation probably has an
energy of 1200 keV. If this is true, I*. should 'be expacte,t
Card 2/4 that a transition from the second level. to the fir-t one -~f'

Rzt,-UL,tion From MJ74
S10,1148 - 22 - 7 - 15126
about 600 koV exists and that this level fi-frme a doublot with
tho ~'96 kaV Itaq. Tho rnmtftontloni Va tho dootty richomej elf
As74 are investigated. In the last chi.1pte,r- some remarks con-
cerning the individual levpls are given. As regarli the con-
version of the transition at dE - 596,3 JcoV of Ge it 1.8
sho,m that in this transition the rat$o it) 4L - 6 + 2tl.
In the investigation of the ratio X/P in the AsqA d-ecay
to ~he level at 596,3 keV of Ge74 it is shown that the ratio
KIP for this transition is normal. The level at 1200 keV
of Ge74 is probably a second vibration level Tith the char-
acteristio 2 . The second excited Hovel of Se is probably
near 1300 keV and is of the type 2 .
B. M. Isayev, 1. P. Selinov, Ye. Ye. Baroni, Ye. N. Khoprov and
their team nollaborated in the work. There are 5 figures,
3 tables, and 15 references, 8 of which are Soviet.
Card 3/4

ZOI.-O T-14 V V -
AUTH;RS: Grigorlyev, Ye. P., Dzhelepov~ B. S., SOT/q8 - 22-8-4/2o
Zolotavin, A. V., 1,11ohin, V. Ya.
I--- __ 73
Conversi-_ __~on (Spektr konversionnlrkh
TITLE: on Electr Spectrum of As
elektronov As73)
PERIOD_~CAL; Izvestiya, Akademii nauk SS$R, Seriya
Vol. 22, Nr 8, pp. 927 - 930 (USSR)
"3
ABSTRACT: The basic features of the decay scheme of Ast are already known.
The scheme su.-Gested in referc-nce 1 and preci3ed in the rnfer-
ences 2-4 is given in figure 1. The authors used a P-spectra-
meter with a resolving power of (Rftf 5), The AS73 source
was obtained by a bombardment of natural jermanium with
deuterons with an energy of 10,8 MeV. The source contained
As73 and residual quantities of AS74. The production method
is described in reference a'. The informi%tion obtained permits
to precise the transition type hv -~ 52,a keV. At present
no accurate conversion coefficients on the L-shell are
available for low energies and for different valuen of Z. The
ratio K 2/L2was compared with -the coefficients computed by
L.A.Sliv and I.M.Band which were obtained by mn extrapolation
Card 1/3 of the coefficients (Table 2). It can be sean that a combined

Conversion Electron Spectrum of An73 S01146-22-8-412o
utilisation of the quantities K/L and ci, permit,3 to exclude
all types except U2. The authors investfgated the possibilities
offered in the selection of the characteristico of the
second leve of Ge73. The initial da"a are ob'uined from the
decay of As~3. The ground state of this nucleus is probably
P3/2 . This value is predicted in thQ s~.heme by Mayer which
is substantiated with a number of nucleL with add A and 31 or
33 protons tr neutrons. A comparison of the decay energy
and of the !~fe of A373 permits to datermine 10,Cf for an
electron capture: igrf - 5,5. Thin value ii- typical for
allowed transitions. Herce it follows that tll~e level at
66 keV Ge73 is of the type p, /V P3/2 or f312* In table 3
the upper limit of the ratios of the K-conversion lines of
;iven, Thiq ratio wan
the transitions 66,3 and 52,8 keY Is ~
computed according to Weisskopf (Yayokapf) -,inder the
ac:-,u.mption, that the multipole order of the transition 66,3 keV
i:: zE3 and 1,11. This is given as a comparison. The ratios
+ 11) for the transition 52,8 IceV are of interests The
existence of 2 isotopes As73 and As74 J.n thi. preparation
Card 2/3 investigated by the authors permitted 1;(-) cojipare their relative

Conversion Electron Spectrum of Aa73 SOV/48-22-8-4/2o
amounts during measurement nrid to cornpate tfie ratio of
their yields in the nuclear reaction. The authors expressed
their gratitude to B.M.1sayev, I.P.Selinov, Ye.Ye,. Baroni
and Ye.N.Khaprov. There are 3 figures, 3 tables, and 6
references, 3 of which are Soviet.
ASSOCIATION: 11auchno-isaledovatel'okiy fizicheskiy inztitut Leningradskogo
gos.universiteta im.A.A.Zhdanova (Scientific, Research In-
stitute of Physics at the Leningrad $tute Lniversity imeni
A.A.Zhdanov)
Card 3/3

AUTMRSs Avotina? No P., Grigorlyev, Yeo Pop 20-119-6-20/56
Zolotavin. A. V.. Kxatsik, 11.
TITLE-. The Radiation From Tb 160 (Izlaoheniye Th160)
PERIODICAL: Doklady Akademii nauk SSSRI 1958t Tol- 119, Ut 6,
pp. 1127-1130 (19S'~'R')
ABSTRACT: The continuous spectrum, the spectrum of conversion
eleotrons and tge spectrum of photooleatrona from
radioactive TbI 0 was measurad by tho authors by means,of
a spectrometer with double focussing. The Baiiiple was
produced by irradiation of chemically pure Tb2o 3 with
slow noutrone. The continuous spectrujil was %xamined by
means of a source with a thickness of which was
produced*by coating Tb 203 on a mica base with a thickness
2
of ,,l P5 MOM . The result;3 of the measurements are
oompiled in a table. The co-.11version-.spectrm was measured2
by means of sources with a thickneso of from 4 to 5 Mg/cUL
19 lines were found, pertaining to 11 transitions to
Card 1/3 DY16o. These results are also compilod in a table. %--

The Radiation From Th 16o
20-119-6-20/56
The general form of the P-speotrum is illustrated by a
figure. The lines pertaining to the transitions to DY 16o
with the energies 878 and 965 keV'are double. These
two transitions were also Investigated inthe decay of
16o
7b . The line corresponding to the transibion with the
energy 07 keV is either a single line or its weak
component is so soft, that it cannot be separated from
the harder line. The relative intensities of the
3w-transitions were determined by division of the areas
covered by the respective lines by tho corresponding
coefficient of photoelectronic absorption. The authors
compared the relative intensities of aome radioactive
isotopes (e. g. TI31 , Sb124) known-from publications
with the intensities obtained on the basis of the
measurements of the photo lines. For the discussed
measurements the intarnal diameter of the i3ource amounts
to 0,3 mm. Therefore it should be possible to determine
correctly the relative intensities In a vi4e energy range.
Card 2/3 The authors attempted the separation of the line 967 keV

The Radiation Prom Th 16o
20-t19-6-20/56
into its two components. The results of the measuremonts
prove the existence of two components, the ratio of their
intensities, however, could only be roughly estimated:
0. There are 3 figures, 4 tables, and
96111964 + :
-0 5
2 referencesp 2 of which are Soviet.
ASSOCIATIONs Fizicheskiy irititut Leningradskogo gosudarstvennogo
vniversiteta im, A. A. Zhdanova (Physibs Institute of
Leningrad State University Imeni A* A4 Zhdanov)
PRESENTEDs September 13, 1957, by A. A. Lebedev,.Member,. Aeademy of
Sciences, USSR
SUBMITTOt September 10$ 1957
Card 3/3

,r)T,rMAV-.rl!,-I,. V.
j q3
4114 jig
lam I
gj-. k 1
JA
.A
lid! I j ii, I
rV
lit j A 1111 R

8) OV /120- 5,)-4-22/50
AUTHORS: Grigor I yev, Ye, F,,,, Z'olotay,44A-w,J6u#,q4V
TITLE: Determination of tild' orm, of the Pole Piece of a Magnet,
Taking into Account the Edge Effect
PERIODICAL: Pribory i tekhnika eksperimenta, 1959, Nr 4, pp 97-99
(USSR)
ABSTRACT: The problem which the authors had to solve was that of
finding the pole pieae profile for a P-spei,.trometer.with
double focussing an~ ensurinS that the electron beam 1 5
focussed even in the regions close to the edges of the
magnet. Since the edge effect probleta has not as yet been
solved, the authors use a semi-empirioal scheme whiah en-
sures that the required field. distribittion is realized to
about J_5%. If the method izi used to reshape tfie pole
gieces again,, the required field may be obtained with an
accuracy of 0.3%. Fi~r 3 shouls the final profile of~the
spectrometer Dole piece, ensuring dotble focussing over an
angle of VY7 Lor the field sugL~;ested by Pavinskiy 1a Ref 6,
The equilibrium or-bit radius is 125 mm. The profile was cal-
oulated assuraing IL :;, const along r . The experimental
field coincides with the theoretical over ?;'0' of the gap
Card 1/2

11;Q7/12:0-59-4-22/,-~0
Determination of the Fol-,a of the Folle -Piece of a 1,1al!,net, Takiagr
into Account the Edge Effect
peat i's made to B, D-zhele
radius. AcknowledF pov f or
valuable discussioias,, There exe -,") Fi,-ureo a;.,id ~1
of which 3 are Soviet, I Swed.i.sYi arid the, rost are Etill-lish.
ASSOCIATION. Lenin!Lradski.y uri~,-eriibet (Leiaingrad
State Universi by)
SUBMITTED: June 28, 1958,
Card 2/2

21(3) SOV/46-23-2-2/20
AUTHORS: Grigo:-Iyev, Ye. P., Zolotairin, A. V., Klamentlyev, V. Xa.#
Sinitsyn, R. V.
TITLE; Determination of the Relative Intensities aAa Conversion Go-
efficients of Tranaitiona PToduced During theoocay of SO
(Opredeleniye otnositelInykh intensivnostey i koeff1tiirntov
konveraii perekhodbv, voznikay-ushchikh pri raspade Be 5
PERIODICAL: Izvestiya Akade-mii nauk SSSR; Seriya fizic.heskaya, 1959,
Vol 23, Nr 20 pp 159-184 NO A)
ABSTRACT: At the beginning, the authorsropqEt on data obtained up to
now on the Ge7 0 A-075 .6' Se"'decay, and the spectrometers,
sources and conditions of measurement of We investigations
explained in this paper are described as ~ollows-.'thi mag'netio
spectrometer used for measurement had a double focusing, and
the half width of electron lines in the speotrometer conditioned
by the apparatus amountied to'0.4!A. The conversion spectrum was
measured in the presence of raPation sourcas of different
thickness: 0.05, 0.25, 5 mg/cm . For the purpose of dete,rmining
the spectral lines of photoeleatrons thin'targets of silver,
lead, bismuth and other elements were used. The dejerminatione
Card 1/5 covered 1) the relative intensities ~ of the spectral lines

307/46-23.-2-2/20
Determination of the Relative Intensities ang OOnVe;rOiOn Coefficients of
Transitions Produced During the Decay of Se7
of photoelectrons of Se75; the authors recorded the whole
spectrum with Bi-target 6 - 0.1 mg/OM2, the energy range
up to , 100 kev with Ag-targots a - 0.25-0-03 mg/cm2' tile 2
rauge UP to 401 kev inclusive with As-target, d - 0 .25 mg/cm
the line_572 kev with particularly thick Ts., Pb, and Bi-targets
up to d 60 mg/cM2 (Figs 2-6). The energies obtained and
the corresponding I, are listed in table 1. The intensity of
the transition h~ . 265 kev was assumed as a reference quantity
equal to 100. For comparison , tables 'I and 2 contain also
data obtained by other authors. For the purpose of chocking
tile spectral sensitivity of the apparatu,,j tho relative intensi-
ties of y-lines of Sb124 were compared with the values men-
tioned in paper (Ref 47),in which investigations were carried
out by means of the calibrated standard y-3pectrometer
"Elotron" (Tables 41 5 and table 6 give a oomparison. with
Tbl6o). A po5sible error in the determination of 17 1< 151d,
results from the comparisona. 2) The authors measured the
electron spins of internal conversiorn of se75. They ?btained
Card 2/5 26 conversion lines produced by 12 transitlone in As7 (Figs 7-12),

SOV/48-23-2-2/20
Determination of the Relative Intencitiea and Converolon ("Oefficienta of
Transitions Produced During the Decay of Se'(5
Card 3/5
among which there are also the lines of Auger electrons K-LL,
K-LMI K424. Their energies, intensities 1y and origin are
listed in table 7. According -to a comparison with data obtained
by other authors the beat accordance was found with Schardt
and Welker (Ref 10). For the purpose of determining the con-
version coefficients from IV and IK two methods were applied;
a) from a comparison of the experimental valuos I./I with
, I
the conversion coefficients of transitions 265, 280, 305,
401 kev according to Bashilov and Illin (net 45)(Table 8);
the mean value-a,/(I./I ) was used for determining the con-
. Y
version coefficients of the other trantnitions; b) from the'
El transition of the transitions 121, 235, 401 kev the con-
version coefficients of the other tranijitiona were determined
in the above-mentioned way. The values obtained in both ways
agree well with one another. On the basis or a comparison
between the theoretical and experimental values aK the authors
determined the multipole order of all transitions obtained
(Table 9). According to the analysis of the vcheme of As75 de-
cay by means of Coulomb excitation and inelautic neutron

SO'7/40-23-2-2/20
Determination of the Relative Intensities apq Conversion Coefficients of
Transitions Produced During the Decay of Sefv)
scattering the authors determined the existence of the excita-
tion states - 200'7061 1 574, 7801 814t 1020, 1250, 1633 kev.
The spectrum of Ge 5 was studied by the method of P--y-'
coincidence and the levels ~199, 2651 477, 620 kov ware obtained
Table 10). The y-spectrum and y-y-coincidence from papers
~Refs 10 and 25) are given in table 11 , Furthe orep ~he 75
quantum characterietics of the ground state Aol~; S07 , 'Go
were determined to be 3/2-, 5/2, 1/2% The quantum. character-
istics of the levels 265, 280 and 401 kev ere determined as
well. The intensity equilibrium in the we I decay is men tioned
in tables 13, 14. The quantities Ig Tf are in accordance with
selec ion rule Accord g to these results the scheme of
the G~5 ) Asl~ +- V8 decay is established (Fig 13)-
Similarities of parity with neighboring nuclei are contained
in table 15. On the basis of the one-particle mod,31 the authors
give two posj~bl e explanations of the gro~and state of th
nuclei Se and As75 as well as of the levels of As15
34 41 33 42
at 199, 256, 260, 305 and 401 Irev in tablo 17. There are 13
Card 4/5 figures, 17 tables, and 55 references, 19 of which are Soviet,

SO7145-23-2-2120
Determination'of the Relative Intensities n~ Conversion Coefficients of
Transitions Produced During the Decay of So.
ASSOCIATION: Nauchno-issleiovateltskiy fizicheskiy Institilt Leningradskogo
gos. universiteta im. A. A. Zhdanova
(Scientific Research Institute of Phypics of Leningrad State
University imeni. A. A. Zhdanov)
Card 5/5

21(7) SOV/48-23-2-4/20
AUTHORS: Grigorlyev, Ye. P., Dzhelepovy B. S.,
TITLE: Decay of Yb 166 ]. Tu 16 6 -->Er 166 (Rasped Yb 166 --> TU166 --),-Er166
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskayal 1.9591
Vol 23, Nr 2, pp 188-190 (7JSSR)
ABSTRACT: An error occurred in the spectral analysis of this reaction
since the energies of the moot intense tranaitions in
Tu166 produced by decay of Yb 166 and in Er 166 produced by Tu166
were near 80 kev in both cases. For the purpose of explaining
and determining the levels the authors studied the conversion
spectra by means of the P-spectrometer with double focusing
and a half width of lilies of O-M(?. The resolving power per-
mitted the separation of L I + LIII Liii and 14 and K lines.
Table 1 shows the corresponding linea of transitions $1.0 kev
166 166 166
in Tu and 79-4 kev in Er . Trunsition 79-4 in Er
agrees well with the theoretical transition type,99. 91
represents the transition type at 81.0 kev in Tu . A distinct-
ly marked difference results from a c arison o the relative
Card 1/2 intensities of conversion linen of TuU19 allu X.41- 96 in

Decay of Yb 166 -> Tu 166 Er 166 SOVI,;F~-213-2-4120
equilibrium state with values obtained by othq authors (Ref 3)
(Table 2). The conversion coefficient for BrI69 with CLY - 1.8
166
for E2 transition and Tu for transilion 141 amounts to
3�1 and 4, respectively. The atio .of ensitiee of the
individual transitions in Tu, and Er.. - 0-75 � 0.3. Tha
authors thank the reseamhare of the Mal and HIM for
radioactive souro~as) 0. V. Larionov, 1,1. K. Nilcitin,, researtbers
of the LGU for separation of the Yt- and Tu Traction, as w411
as L. K. Peker for discussions. There are 3 figuree, 4 tables
and 5 Soviet references.
ASSOCIATION: Nauchno-issledovatellskiy fizicheskiy institut Leningradnkogo
gos. universitets. im. A. At Zhdanova
(scientific Research Institute of Physics of Leningrad State
University imeni A. A. Zhdanov)
Card 2/2

21~7L SOV/48-23-2-5/20
S:
AU H Grigorlyev, Ye. P., Zolotavin, A. V.y Xratalko B.
TITLE: Radiation of Tb 16o (Izlucheniyo Tb 160
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fisichoskaya, 1959,
Vol 23, Nr 2, pp 191-203 (USSR)
ABSTRACT: In the present paper the authors inveatigatod the P-speatrum
and-the spectra of internal a 19 external conversions of
P-transitions aooompanying Tb 0 decay. In addition to
experimental data known about Tb 16o (Refo 1, 2), this paper
contains further data*on the P-spectrum with thin radiation
sources as well as on some transitions between the levels
of the Dy 16o nucleus. Tb
with a purity of 99.99,14 was
0
2
3
irradiated in the reactor. Within the.5-ndividual ranges
of energy /, 250 kev, 200 - 600 kov, > 600 kev sources with
different surface density were used. Ditta and comparison
with results obtained by other authars-'are contained in table 2.
The analysis of the spectrum obtained vas performed on the
assumption of a Fermi shape and a uniq:ue shape of the spectrum
Card 1/ 3 according to the method devised by Curio -Ril"hards onrPakst one. The

Radiation of Tb 16o
SOV/48-2~-2-5/20
authors obtained excitation levels from which P-transitiond
occurred at 1565, 1358o 12649 966, 865 1W. The level
1156 kev resulted from the de,3ay of Ho 0. Limit energies
and relative intensities of the softer components coincide
inboth analyses. The spectrum of conversion'electrons was
recorded with the sources applied in re,cordi'lig, the P-speatrume
Besides the transitions already obtained an additional one
was found at 289 kev. The other reaulting nergies and,in-
tensities are in accordance with those of the P-spectruit.
(Table 3). The conversion lines of the transition at 1273 kev
were studied and it was found that theX are composed of the
lines K-1273, L-1273 and X-1314. The spectrum of y-rays
was measured by means of Ag, Au, Bi and Th targets. The
conversion coefficients were compared to the theoretical
values contained in paper (Refs 14, 19), in which the
1973 kev tranvition was vegarded as an E2 -transition. The
multipole orders of the individual transitions were determined
Card 2/3 according to -the theoretical and experimental values of a.,.

Radiatiah.,of Tb 16o
SOV/4-8-23-2-5/20
The theoretical values were adopted from tables publisba.d by
Sliv and Band (Relb 14, 19). On the basin of the results
obtained the decay soheme was established, which was di,joussed
in detail. For the purpose of detexmtning the intensities
and intensity equilibria the inteneiti2p of transitions into
the ground state with 1 786 + I y966 ' Iy1201 ' 100 were us4d.
-There are 5 figures, 9 tablesq and 20 refemnaea, 11 of which
are Soviet.
ASSOCIATION: Nauchno-isoledovatellskiv fizicheskiy in&tvt Leningradukogo
goe. universiteta im. A. A. Zhdan~ova
(Scientific Research Institute of PliValos of Leningrad State
University imeni A. A. Zhdanoy)
Card 3/3

21(7) SOV/if8-23-T-17/31
AUTHORS: Grigorlyev# Ye.P., Dzhelepovv B.S,t Zolotavin, AjV*
TITLE: On the Transitions Er 160 _10.R0160 and-YU 166 --1b Tu 166
(0 perakhodakh Sr 160 _.+ E0160 i Yb 166--)-Tu 166)
PERIODICALt Izvestiya Akademii nauk SSSR, Beriya fitichookaya, 1955,
Vol 23, Nr 79 pp 864-867 (USSR)
ABSTRACTs In the introduction, it is ascertained that in a number of
160 _.,,HO160 _0,.DY160
papers the decays Er anil
Yb 166___0.Tu166. 0, F'r 166 have been inreutigated, and that the
authors in the present paper are concerned with some peculiari-
ties of the first transitions of these chairjo. It is poiuted ont
that tyro isomeric states of the isotopo B0160 are knownt wbich
have different half-lives and the quantum characteristic of
which is not known. By theoretical inv(istigations, it'was found
out that the lower excited states of the odd-odd nuclei must
necessarily haTe two levels which have the same parity* The
types of the states of the'isotope Er 160 are investigated.
Card 1/3 Allowed and first forbidden decays takqj place in the isotope

On the-Transitions Er 160 0 and Yb 16 6---P- Tu 166 SOV/,18-23-7-17/31
Er 160, and it is concluded that the energies of the transitions
Er 160 __* H0160 ,d not exoeed I Mer. The authors further absert
that the Er 16o- lecays passing the so-called five'-hour inorier
d6 n6t take place on the levels ~+,2_ and. 2+ but on any other
higher level . In the inveDtigation of the docay Yb 166_4, 1,11 166
it Is first ascertained that the odd-odd nuclei of the Isotope
Tu 166 have an excited level with the enorgy of 81 kev, and they
are assigned to the type Mi. ?urther it is stated that other
166
levels of the isotope Tu are not known, and that a positton
spectrum corresponding to the transition Yb 166 0 Tu 166 was not
found. The mast; defect of the Yb 166- and Tu 166-nualei is
indicated with 117 kev (according to Cameron) and with 436 kev
(according to Riddel), and the decay energy of Yb 166 is
evaluated with not over 1,000 kev. The authorn thank
Card 2/3

160 16
on the Transitions Er and Yb 6---iTul66 SOV/48-23-7-17/31
L. N. Zyryanov;a for contributing her knowledge on the
P -systematics, and L. K. Peker for tho discussion of the
results. There are 3 figures and 19 references$ 8 of which
are Soviet.
ASSOCIATION: Nauchno-issledovateliskiy fiiicheekiy institnt Leningradakogo
gos. universiteta im. A. A. Zhdanova
(Scientific Research Institute of Physics of the Leningrad
State University imeni A. A. Zhdanov)
Card 3/3

21M SDV140-23-7-181311
AUTHORBs Grigorlyevt Ye. Pop Dahelepov, Flo Soo %olotavin, A. V'01
Krataikt B., Bitterlikh, 6.
TITLEt The Decay of Eo 160 and the Level Schem6. of DIy16o
(Raspad Ho 160 1 ekhema urovney Dy 16D)
PERIODICAL: Izvestiya Akademii nauk BOSH. Beriya fizichoalcayat 1959,
Vol 23, Nr 7, pp 668-874 (USSR)
ABSTRAM In a previous paper (Ref 1), the authors ha& already determined
the level scheme of Dy 160 0 but in cons.-Wering all factors they
come to the result that the upper level doen not amqunt to
1715 kev , but that in the decay of the isotope H0100 excited
states with cnergies up to 2900 kov occur. In the present paper,
results of an investigation of the transitions with high levels
of the isotope Dy 16o are put forward. The syeetra of the
positrons and of the electrons of the internal conversien were
recorded by a P -spectrometer. The obtaining of the radioactive
sources is dealt with, and the investigation of the -spectrum
Card 1/3 in the range of weak energies is deacribed, In the range under

The Decay of Ho 160 and the Level Scheme of Dy 16o SOY/48-23-7-18/31
160 kev, a positron excess is observed which is connected with
a soft componant. The components of the spee'trum are shown in
a diagram (Fig 1), The balan'c'e of the Intensities for the
transitions 1r, the isotope Ho160 shows that the transition
with 60 kev amounts to 60% of the decay. It is further
coacluded that the number of positrons in the decay is equal
to 0-36%. The authors found 55 new conversion lines which are
compiled in table 2 together with the knnvn linen. The
experimental results were compared with the theoretical reaults,
and it became olear that some L-lines 4tre amporimposed by
K-lines of other transitionso Figures 2 and 3 show two ranges
of the spectrum of the conversion electrons, the half-width
of these lines is indicated, and it is ascertained that in
figure 2 there is a group of lines the identification of which
is very difficult. From the results obtained hitherto in this
Card 2/3

The Decay of HO 160 and the Level Scheme of Dy 160 SUVI46-23-7-16131
paper,. and-in other papers, the extensive level scheme of
the isot9pe Dy 16o is set upq and the balance of the intensities
in Ho 16o is ovaluated. There are 4',fivres, 3 tables,. an&
4 Soviet references,
ABSOCIATIOM Hauchno-isoledovatellskiy lizicheokiy institut Leningradekogo
goo. u-,~Aversfteta iin. A. A. Zhdanova
(Scientific Research Institute of Physics of the Leningrad
State University imeni A. A. Zhdatov)
Card 3/3

24(5)
AUTHORS: Grigorlyev, Ya. F., Zolotavin A V SOY/56-36-2-7/63
TITLE: On the Relative Probabilities of the Photoeffect in Shells and
Subehells of the Atom (Ob otnositaltriyk1i veroyatnostyakh
fotoeffekta na obolochkakh i podobolochkakh atoma)
PERIODICAL- Zhurnal eksperimentaltnoy i teoreticheakoy fiziki, 1959,
Vol 36, Nr 2, PP 393-400 (USSR)
ABSTRACT: In their introduction the authors first discuss several
theoretical works concerning investigations of the photoeffect
in the K-shell; Heitler (Gaytler)(ftof 1) in,restisated the
relativistic case and supplied a formula of the photoeffect
cross section in Born's approxiiyiation, Stobbe (Shtobbe)(Ref 2)
andRall (Khcll)(Rof 3) published more accurate results. Sauter
(Zauter)(Ref 4) and Hulme (Khulm)(,Rof 5) calculated the
probability for the photoef1fee.,t in Born's approximation by using
a relativistic wave function, and Hall (Ref 6) derived a simple
.formula for Jr4ma P. lfulmw, et al. (Rof 7) calculated t still
more accurately for 3 elements and 2 different r-energies.
Card,1/5 Experimental workas a) Marty (Marti)(Rof 8), measurements of