SCIENTIFIC ABSTRACT VARSEGYAN, S.G. - VARSHAMOV, L.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858710001-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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CIIAYIAKHYAN,
NUMIYAN, F.M., KOCILMOV, V.G.
Effect of gibberclin on the growth and yield of lobacco in
connection wita the daten of troatmont. Izv. Ali A.-m. SM.
Biol. nauki 15 no.2:3-11 261. (1-11-M 15-3)
1. Institut, semLcideliya Ministorstva jal-shogo khozyaystva
Armyanzkoy SSP i Inntitut fiziologii raeteniy Imen! K,A,
Ti4ryazeva Ali S85R,
(TOBACCO)
(GIBBERELLINS)

KMIMG, V.-,,.YAr6EK, M.
i,
;
''iw mr-thods for early diagnosis of laryngeal diseases. Zdrav.
v,-!itn. A no.3t56-57 165.
.i. Otori-nolaringolooka klinika medicinske fakultete v Ljubljani
(predstojnik: Prof. dr. Janko Pompe).

UM/ Chemistry Glass manufacture
Card. 1/1 Pub, 104 - 2/11
-Authors Kitaygorodskiy, 1. 1.. Prof. Dr. of Tech. So,; Keshishyan, T. N.; and
Var hal B. G.
Title- rys a-, -o properties of window glass and its dependence upon the
value of the alumo-magnedia coefficient
reriOdical I Stek. i ker. 2. 4 - 5. Feb 1955
AbStract I Experiments were conducted to determine the change in the crystallization
characteristics of window glass. due to the change in the chemical composi-
tion of alumo-magnesia glass. The results obtained are given in tables and
graph. A comparison of the results showed that glass with an alumo-magnesia
coeeficient Of K A a 0.330 - 0.500 Possesses the minimm rate of orystall-
ization and a very narrow temperatureinterval of crystallization. Two U.MR
references (1939 - 1952). Tables; graph,
Institutiont
Submitted%

USSR /themical Technology. Chemical Products 1-12
and Their Applicalk-lion
Silicates. Glass. Ceramics., Binders.
Abs Jour: Referat Zhur - KhImIya, No 9, 1957, 31475
Author : Keshishyan T.N., Varshal B.G.
Title : Synthesis of Devitrite
Orig Pub: Sb. nauch. rabot po khimii i-tekhnol. silikatov.
M., Promstroyizdat 1956, 339-343
Abstract: The paper describes the synthesis, petrographic,
thermogrLphic, roentgenographic and electrono-
graphic studies of devitrite -- Na.0-3CaO.
bs io~
. (I). A glass having the composition of I
obtained and a study of its crystallizatiod-
properties was carried out. Maximum rate of growth
of crystals of I is of 115-.~,/minute at 9W" . I was
C ard -1 2

USSR /Chemical Technology. Chemical Products 1-12
and Their Application
Silicates. Glass. Ceramics. Binders.
Abs Jour! Raferat Zhur - Khimiya, No 9, 1957, 31475
obta-ined by crystallization of the glass at
~i
900-920 . Roentgenographic investigation of I
yielded 46 interplanar di5tancea of the latti7ce.
Also given are the relative intensities of the
lines. To check the results an electronographic
study was used. An alcoholic suspension of I,
and a suspension of I in a 0.5% solution of -
celluloid in amyl acFtate, were utilized. Dry
this manner lines were determined which corr--
espond to 10 interplanar distances of I. Bib-
liography 7 references.
C ard 2/2

KISHISHTANg T.H.; VARSHAL, B.Ge; PAYNBIM, Te.A.
Change a li ion properties of aluminum - mgwsi=
glass an dependent on, the CaO:NgO:AI203 ratio. Trudy NMI no.24:
P37-246 157. (Glass research) (Vitreous state) (NI]RA llt6)

BUTT, Yu.M., doktor tokhn.nauk, prof.; ~IAYYEIR, A,A., kand.tokhn.nauk;
VARSHAL, B.G., inzh.
Intaraction between lime and cinder during pressure autoclaving.
Sbor. trud. ROSNIIMS no.17:55.-65 160. (MIRA 14:12)
(~ydratton) (Autoclaves)
(BiWing materials)

\\r-,A.A C I1~
VARSHA~, B. G. Cand Tech 8ci -- "Study of ZyChardening preeenromf
Ai,,Jsr,j-
ssmewt-~." Mos, 1961 (Min of Higher and Secondary Specialized Eduoation RSFSR,
Mos Order of Lenin Chemicotechnological Inst im D. 1. Mendeleyev). (KL, 4-61, 195)
1~6-
-am-

BM,, Yu.M.; VARSHAL, B.G..; MAYYER, A.A.
ReBistance of hydrogarnsts to carbonization. Zhur.VM 6 noo:
355-356 161. (MIU 14:6)
1. Moskovskiy kbimiko-tekbnologicheskiy institut imeni D.I.
. Mendeleyevao
(Gumets)

BUTT9 Yu.M.9 doktor tekhrz*nauki prof. k_Y~ARSRALIJ~G.,, inzh.; MAYM, A.A.0
kand.tekhn.nauk
Hydration of shale cinders from Syzran deopsits. Stroi.mat.7 no.2:33-34
7 161. (MIRA 14:3)
(Cinder blocks)

BUTT, Yu.M., doktor tekhn.nauk , kand.tekhn.nauk; MAYYER,
A.A., kand.takhn.nauk.
The problem of the resistance to air of lime-ash binding
materials. 'Sbor. truds ROSNIIMS no.200-17 161. (MIRA 16:1)
(Lime) (Ash (Technology)) (Binding materials)

BUTT9 Yu.M.; MAYYERI, A.A.; VARSHAL,, B.G.
Stability of calcium aluminate sulfate hydrates. DokI. AN SSSR
136 no.2:304W 161. (MIRA 11p1)
1. Reepublikanokiy nauchno-issledovateltakiy institut mestnykh
stroitellnykh materialove Pre#stavleno akademikom S.I. VollfkovJchem.
(Calcium aluminate oulfate)

IMUYWVA, 1I.S., kand. khim. nauk; VAPSIUL, B.C., kand. tekhn. nal-'k;
I
MAYYER, A.A., kand. teklm. nw-ix
Investigation of the texture and some ph7sice-chemical
properties of perlite. Sbor. trud. ROSNIIM no.25232-45
1-62 (MIRA 1:7t8)

ACCESSION NR: AR4036317
s/0081/64/000/004/BO92/EO93
SOURCE: Referativny*y thurnal. Xhimiya, Abs. 0671
AUTHOR: Mayer, A. A.; Varshal, B. G.; Manuylova, ff. S.; Varlamov, V. P.
TITLE: Dehydration of certain neoliteo in a vacuum and their rehydratLon under
hydrothermal conditions
CITED SOURCE: Sb. tr. Resp. n.-i. in-t mestn. stroit, materialov, no. 27, 1963,
3-23
TOPIC TAGS: zeolite, dehydration, rehydration, natrolite, analcine,.desmin
TRANSLATION: Baking of natural natrolite (Nt) in a vacuum at 200C does not change
its properties, but at 400C complete dehydration occurs. Previously dehydrated
Nt treated with steam at 20-250C changes into p-natrolite(PNt). PNt has the same
chemical compc3ition and crystalline form as the native Wt, but differs in that
the water in it is primarily absorbed we'ter and not water of crystallik;ation.as
in the natural form. Therefore, PNt boa twice the dielectric permeability. Satur-
ation with water vapor at 20-250C does not change the properties of natural Nt and
CWd 1/3

ACCESSION NR: AR4036317
PNt. During treatment of vapor saturated PNt at 300C, it changes completely into
analcime and sodium hydroaluminate. Natural Nt under the same conditions changes
only slightly. Apparently, the presence of water of crystallization makes the
substance resistant to the effects of strongly heated steam. Therefore, one
should look into this phenomenon as a reason for tbn complete stability of analcime
in an atmosphere of steam at 300C. In other words, the resistance of the mineral
to the effects of strongly heated steam is determined by the physical type of
water present in it. The presence of water of crystallization In the lattice of
Nt provides its crystals with mechanical resistance. After baking in a vacuum at
200C, deamin (Dm) fully retains the ability to be rehydrated. Due to its tridi-
Mnsional structure, the crystal lattice of Nt does not change during dehydration
in a vocuum, which permits the water during rehydration to return in the same
quant-Al.y. On the otbar hand, the two dimensional stratified lattice of Dm is
destroyed during heating in a vacuum at 40GC# and because of that Dm loses the
ability to be rehydrated to a considerable extent. During rehydration of dehydrated
Card 2/3

ACCESSION NR, AR4036317
Nt aqd Dm, the water which returns is mainly adsorptive in character. Experiments
have shown that in acidic volcanic, vater-containing glass, the water is also
adsorotive in character. This permits us to make an analogy between perlites and
zeolites, many of which similarly *well up when heated. Authorn' r.1-spory.
DATE ACQ: lGApr64 SUB CODE: IC INCL., 00
3/3
C
ard

:-ACCESSION NR: APh035M) s/olgi/64/000/005/0015/0019
t=OR: Popov, V. A.; Druyaa, I. S.; Varshal, B. G.
TITIZ-:: InvestiCation of the processes occurinG during heating polymers by the
method of thermal analysis of phenol-aldehyde resin.
SOURCE: Plasticheskiye massy-*,, no- 5, 1964, 15-19
TOPIC TAGS: thermal analysist the mogram, weight loss cu--mp thermal. effect,
polymer, tharmal oxidationp themooxidativo deatruction, phanol formaldehyde raoin,
Novolac 113, Bakelite, Resol 300, Rcool 214, Reool 211, Roool, 236, linear polymer,
combustion, aniline phenol formaldehyde resin
ABSTRACT: The-themo-oxie.ative destruction of phenol-formaldehyde resins (novolac
113, pulverized Bakelite, resol 300, resol. 214, rcsol. 211, resol 236) war, investi-
gated. Thermograms and weight loss curves were drawn and a detailed discussion is
Given of the thermal effects observed. A linear polymer, such az novolac without
a hardener, burns completely, but with hexamethylenediamine the weight loss is
slower and combustion is not complete. Reaol 300 has weight losses similar to
hardened novolac, but combustion is slower. The presence of anallne or rooin
-C,,d ~ 1/2

ACCESSION NR: JLF4035100
somewhat lowers the yield of coke and the temperature of the start of large weight
i loss. Orig. art. has: 3 figures and 1 table.
'ASSOCIATION: None
ISUBMITM: 00 ENCL: 00
1 SUB CODi: MT NO 1W SOV: 010 onKER: oo6
Cor~

ACCESSICK' XR: AA-039950 8/0191/&/000/006/0052/0053
AUXHOR: Popov,, V. A*,* DnW=,,, I* Be; Varsbal, Do G,
J:TITLE-. Investigation * tbazzal analysis of the processes occurring during beating;
of polymers
tiSOURCE: Plastiabaskiye masay*, no. 6., 19(k, 52-53
'TOPIC TAGS: thexmal analysisp polymer themal degradation, polymer degradation
I Coss., SM 40 rubber,, nitrile rubber, nitrile rubber sulfur compooition., nitrUa
pro
.rabber novolac compooitionj, themogram., viscoe~astic state.. fluid flow, thermal
oxidation., combustion
;,ABSTRACT: SKU-40 rubber, alone or milled with 3% sulfur, and a composition com-
!-prising 40 parts by weight of the nitrile rubber plus 100 parts of novolac. resin
!:were subjectea to thenaal malyalse A cmparisoa of the thexmograms for SM-40
''heated at 20 and at 10OC/Min. showed the characteristics were essentially the saia,.
1; but the featuren were much sharper at the slower heating rate. An initial endo-
''thermic effect ut 60-2200 in attributed to the Increase In the mobility of tba
rubber and transition from visooelastic to fluia statoo Rearrangement of tba

J'ACCESSIM NR-. AP4039950
internal stn.,cture of rubber occurs at-the exotherm above 250C with practically no
~
'-'-weight loss. Intense thermal o:)eidation of rubber and weight loss starts at 36oc,,
iwith beat being absorbed from 36o-455C and combustion then taking place to 565C.
"Thermograms of the rubber-ablfur end the rubber--movolac compositions were obtained
1,"by heating at 20 deg./min. (fig. 1). Addition of sulfur changes the behavior of
1'rubber little; the initial endothermic effect is almost absent and the thermal
~effects are shifted 30-40 degrees toward the lower temperatures. In the rub"Per-
13novolac thermogram. the first two endotherms am attributed to successive removal of;
5volatiles and transitions to the flxiL-1 state. The firs-W exotherm at 315C ic
accompanied by practically no loss'in weight (as In the other two compositions)* t!
Thermooxidative destruction occurs at 44~46V-! and combustion at 480, with the com--
ibustion proceeding at a slower rate than tba thermal oxidation. Combustion is
j completed at 700C with the formation of a small amount of coke. Orig. "t. has:
12 figtIMOO
ASsoauncis: some
BU&CTM): 00 EX014 01
!Card L-21.!~

ACCEWICK VRt AP0399.%
so. com:
W~ 0c;
NO MW &W: 003 001
card-I 3/4---

~CCESSIOK NR: AP4039950 ENCLOSURE:* 01
4Pk 4r, AP
AP ' 5'*
142- An
Api
SO - 4r 315
4r
6UP
/so.
40- 4 /ZO -
- . . . - ~ I go-
00, 5 A9 0 zs do
HUM. 4 m
~0 ~s
line fo;n 0
plum
~Sil
47 V
V7 2.1
0
Fig 1 Thermogram of SKU-40 vubber, mixed on mill vith sulfur or phezolformalde-
byde 4sin of the novolao type: &--MM -40 rubber + 3% sulfur; b--M-40 rubber
novolac resla Not, 113 (100 wtv parts resIA to 44) of.rubber)s
Car;

MAYYER, A.A.; MANUILOVA, N.S.; YARSHAL,.-B.,G.,.-
Transformation of natrolite under hydrothermal conditions.
Dokl. AN SSSR 154 no.2:363-365 Ja'64- (KRA 17:2)
1. Predstavleno akademikom N.V. Belovym.

YARSHAL, G.M.; SENYAVIN, M.M.
Preparation of nonaqueous colutions of thiocyanic acid by the
ion exchange method. Zhur.anal.khim. 17 no.71903-904 0 162.
(MIRA 15sl2)
1. Institute of Geology of Ore De~osits, Petrology, Mineralogy
and Geochemistryt Academy of Sciefices, U.S.S.R., Moscow.
(Thiocyanic acid) (Ion exchange)

AFANASIYEV, G.D.; PWj'UOI, V.V.; VARSHAL, G.M.
Find of epidote containing dtroutium and rare earths in the North-
ern Caucasus. DAL AN SSSR 143 ro.3:682-685 Mr 162. (MIRA 1.5:3)
1. Institut geologii rudnykh mostorozhdeniy, petrografii,
mineralogii i peokhimii AN SSSR. 2. Chlen-korrespondent
AN,SSSR (for Afanaslyev).
(Urushten Valley-Epidote) (Strontium) (Rare earths)

L 31328-6" 3r- ll-;q? /T
;I- .~]-)4-147014 2 11-: ;I)ci icr~
AUTHOR: Y=jfhal. 0. n, M. 14.
-7777~ Mny-av
TITT,F- The p! ovesq -.', c~aDer
"til btlm&-LUIIIQY Kn'Mii, v. no.
5, 1964) 681-690
TOPIC TAGS: nar,Pr
A BST R.~C'T f7,,

R- A F 3404?634
of the salting c)ut agent cation in the Pxtr;artin-.,n if th,10 rare
th-iocy-anate at d P T 0 C mplex ,,-)ns ft-f)rT-
X
it- tfd ~.n e (-T-npnt
*~m pl-'Ousea triat r-'-i r,), n -i t
X
J- ~~J,w Uleury. Oria. ert !I~q- 2 InIll s 7ind 11 N
R-1. M
IWOUNQ NO M'.2, -matil

I I T~ I , ~r - r -4 T .. , C,
C-1 'P. I 'I
MMVR~ftnzf ft! m om w
"I 00-1-N, --i.
I I

VARSHAL, G.M.; RYABCHIKOV, D.I.
Gravimetric determination of the total of rare-earth elemen-s
in rocks, minerals, and alloys. Zhur. anal. khim. 19 no.2:
202-207 164. (YJRA 17%9)
1. Institut geologii rudnykh mestorozhdaniy, petrografii,
mineralogli i geokhimii AN SSSR i Institut geokhimii i anali-
ticheskoy khimii imeni V.I. Vernadskogo AN SSSR, Moskva.

, I c! SS I RX,
j I I L, 0
A520-65 ) !J?( V D JD JG/ -
ACCESSION NF: AP5001425 S/007EV64/019/008/0947/0954
AUTHOR: Varshal, G. M.; Senya-vin, Id. N11.
TITLE: Selection of complex-lorming subsUances in the chromatographic
separation of the rare earth elements an paper. Use of trichloroacetic acid
SOURCE: Zhurnal analiticheskoy khirnii, v. 19, No. 8, 1964, 947-954
TOPIC TAGS: chromatorraphic analysis, chemical separation, rare earth
metal, methyl ethyl ketore
Abstract: The extraction of rare earth elements with methyl_.tthyl keton
and solution of HSCN in methyl ethyl ketone from equeous solutions QE
ammonlum, lithium, aadium, j,..iEasSLUM, and ritbidium nirratea was
and the results were compared with data on the aeparation of a mixture of
,the rare earth elements on paper treated isith isolutions of the corresponding
alkali nitrates. Solutions of thiocyanic acid ira organic aclvents were
used a& the mobi.le solvent; thestationary phaso was a aaturcted aqueous
solution of ammonium nitrate adsorbed on the paper. The colvent, solution
-.of HSICN in methyl ethyl ketone, provided a dis,2-Lnct separation of La. Cc,
Card 113

L 14520-65
.ACCE-.qS!ON-N-]R:-- Ap5~0014-25
ar;L-Li laar W -not-separated
F#i-.--Nd, Sm a
~ 0 ~ r
-r- ntent of elements of
Ifrom yttrium; in the preser-ce of a large relative CO
,i, oriucz group (above 70-80%-), the separation of prz%spodymium from cerium
and neGdym'-um waii, hindered, Basic requirezents were formulated for the
aubg+-_.n~e 1-n- rho --rhrcmatogrd DIX LC aeparation of a i-xture
Of --the- -rare'-~ earth-al-ements-.' present - together- with the NOT ton in* th'e -int'-11641-
coordination sphere of the rare earth ion: 1) weak complex formation of the
care earth ions, not leading to displacement of the nitrate ions from the
i-nteriial coordination sphere, 211 sufi icier,-- ~y,3rcphobLc character of t
addend, leading to an increase in the partition coefficients of the ra
earth elements In comparison with the ni~'.rate system. The impassibility
of using polybasic carboxylic acids and hydroxy acids for the ch.-amato-
graphic separatic,n in the nitrate system %,-,as dua to their high hydrophilic
properties and t~e great strength of their complexes with the rare earth
elements. Monobasic carboxylic acid:; (especially hrlo--de.-ivatives with
increasing hyarophobic properties) were found ta be promising for paper
chromatographic separation of mixtures of the rare earth eleL,,ent-s. Trich-
loroacetic acid enabled quantitative separation of eleatente of the cerium
group: La, Ge, Pr, Nd, Sm. and Tb. Yttrium gave a joint cone with
dysprosium, holmium with erbium, and thulium with ytterbium and lutecil;m.
,.Orig. art. has; 4 figures, 1 graph, and 3 trables.
Card 2/3

.~L 14520..;65-
~ACCESSTOWUR: Ap5oo1425
-i;7
ASSOCIATION: Institut geologii rudnykh meato: hdeniy, petrografii, mineralogii i
SSSR (Institute of Dopocits, Mineraloxy
gookhimii-AN Ntrography#
and Geachemistry, A14 li~23-0; Institut gookhtaf'-1-dnalitichookoy khimii im. V. 1.
Vernadarcogo WSSSR, Mce---Cw (lastit"te of Geoc;iemist" and !uialytical Chemistry.
AN SSSR)
SUMMITTED: 24SOP63 ENCL: 0) SUB CODE: GC, IC
110 REF SOV: 00? OTHER: 007 JPRS
*ard 3/3

51965-6 E7W"r(m)/EPF(n VENP( t ) /L"d?( b 27.'A( h, it Peb /Pu-4- rjp(c i/DIA'Ap
ACCESSION NR. AT5012687 LlrL/,'Z513/65/'Olr,/000/0358/0367
AUTHOR: V&rLhaILG M enyavin, M.M. Sunkin, O.F.
Bogdanova, V.I.; S
TITLE: Partition paper JtF %priiieiti-r t- the relative (-nncentratj',')n of
SOURCE: AN SSSR. Komissiya po analiticheqkov khirnii. Trudy, v. 15, 1965. Metody
kontsentrirovaniya vesbehesIN ~- ;j.na1,!! 'V khirid ('1viethods (A concentrating -7ubstances
m anai3rticai chemistry), 356-36i
TOPIC TAGS: paper chromajtography,, partition chromatoFraphy, trane element concen-
tration, rare earth element,) fiiobiumla~nalvsis, tantalum'4alysis, cellulose column,
neutron bombardment, activation analysis, gamma spectrometry
ABSTRACT: The article presents a bri-1 general review of the bq'.sic principleFs of
partition paper chromatography, and consider-i the characteristict; of the rnothod and its
potential wsev ill the rolativo concontration -f ol,iwont,4 followme 1'y thoir ;Inalydcal
riett-r-minatil)n. ilie t -,~ ;~ni-th (~j(-.mnntq, n.,4)iijm, rmd
LanLaaum usmi as ~La exaMpif_ i j)Li111U111 lof Lhl,-j - pal au~n prc-,va'! 111
nitrate- thiocyanate and trichloroacetattmitrato systems, which were used in the experi-
i ments. To show the pc9sibility of increasing the semsitivity of thE partition chromatographic
Card

ACCEMON MR: AT5012687
meffiods, an activation detertnhiation of raro carth impurities waa carried out in yttrium
Ioxide in the zenes of the impurity elements on paper; these zones were cut out and
irradiated with neutrons, after which the gamma spectra of the preparations were recorded.
with pirtit-.
It was found that by thus combirLing activation analygis on paper cl?rnmato-
9--phy, one can raise the sensit-,vity to 1.0-3-10-4%. "lie experimental and literature data
0 -)1 term ta f c o ritie
show that the followina two directions ar~ pr-, nising: (1) (to i tion o mi r impu s
by combining paper partition chrornatnp~r-q)hN with ;u--h bugh-lv sensitive meth(As as
cadioactivation, mass spectrometry, itimine-3cence, polarography, an'- (2) chromato-
graphic separation of many-component systems on craLlulose colwn-as for the purpo.3e of
separating appreciable amounts of pure substance,,;. Orig. art. 1-r-as: 3 tables and 1
formula.
-ABSOMMON: Komissiya po analiticheskoy khIm-11, AlIT SSM (03mmiseloa on,
I A al Chemistry, AN SGSR)
suBmITTED: 00 ENCL: 00 SUB CODE. IC, N P
NO REW SOV: 014 OTHER: 016
e1rd 2/2

L IS l'i S IM~ J, G. A. ; 13 (Ad),, N".UA , ~ . i . ; V hfiol i IA L, t; ~; 1. 1 (()'r I N I UL ) 1". A .
Some geochexdcal characteristics of the format.-lon clL accesso7-,-
minerals in the irranitas of the Charkasar Ma-,sif in the Kuram~
Range of the Tien Shan. Gcokhimila no.5:602-616 My 165.
(KIRA 18:9)
1. Institut geolugii riuln5-Vh mostorozi.-denlyt potrografti,
mineralogil. i gookhimii AIN SISSR, iNcskva.

BOGDANOVA, V.I.~ SENYAVIN, M.M.; SAUNKIN, O.F.
Partition paper chromatography and its use for a relative concentra-
tion of elements. Trudy Kom. anal. khim. 15:358-367 165. ~MRA 18:7)

VARSHAWVICH, A.A.; CHMANOVA, N.A.-,TAKOVLEVA, N.S.
larly diagposis of Yirus diseases of potatoes by means of light
analysis. V st.Lon.un. 9 no.1:49-56 Ja 054. (KjaA 9:7)
(Potatoes-y;seases and pests) (Virus diseases of plants)

TARSHALOVICH, Alakeandr Aleksandrovich; SMOVA, N.N., spets.rad.;
RTAUZOYA, N.F., red.; PECUNKIN, I.T., tekhn.red.
(Manual for roentgenographic antomological*examination of
quarantinable seeds] Rukovodstvo po karentinnoi entomologi-
chaskol ekspertize semian metodom rentgenografii. Moskva,
Izd-vo K-va ael'khoz.SSR, 1958. 92 p. (KIRA 13:10
(Seeds--Inspection)
(Z rays--Industrial applications)

VARSHALOVICH, A.A., agronnm-entomolog
- - . --
Roentgenographic method of detecting pent infentation in seeds.
Zashch. rant. at vred. I bol. 3 no.4:42-43 Jl--Ag 158. (MIRA 11:9)
(Seeds--Diseases and posts)

YAKOVLEVA, N.S.; VARSHALOVICH, A.A.
Flu*reseence'analysiB in quarantine examination. Zashch. rest.
ot vred. i b61. 6 no-10:50 0 '61. (MIRA 16t6)
AV
1. Leningradskaya laboratoriya po karantinu raateniy.
(Seed adulteration and Inspeotion)

VARSHALOVICHt A.A.
Dangerous foreign peat of stared produce. Zanhch. rast. ot vred.
i bol, 8 no.8:50 Ag 163. (MIRA 16:10)
1. Starshiy entomolog Leningradskoy karantinnoy laboratorii.

AUTHORS: Hisiiov, L. I., Varshalovich, D. A. SOV/89-5-4-5/24
TITLE: Ele,,,tromagnetic'ir-a-n-s-l-riona_in Isomeric Nuclei
(Elektromagn�tnyye perekhod~-V--aamernykh yadrakh)
PERIODICAL: Atomnaya energiya, 1958, Vol 5, Nr 4, PP 432-445 (USSR)
ABSTRACT: A comparison of experimental data with theoretical conceptions
is carried out on the strength of available data on transitions
in isomeric nuclei. Experimental data on electromagnetic radi-
ation and the quantum-like characteristic of isomeric nuclei
agree well with modern conceptions on the structure of atomic
nuclei.
The following problems were dealt with and explainedi
1) Decay of the metastable nuclear states.
2) Radiation transitions in spherical nuclei.
a) Permitted transitions in spherical nuclei.
b) J-forbidden transitions.
c) 1-forbidden transitions.
3) Radiation transitions in deformed nuclei.
a) Transitions between the levels of a rotation band.
b) Monoparticle transitions in deformed nuclei.
Card 1/2 c) k-forbidden transitions.

Electromagnetic Transitions in Isomeric Nuclei SOV/89-5-4-5/24
4) 0 - 0 - transitions.
There are 14 figures, 2 tables, and 37 ref6rences, 12 of which
are Soviet.
SUBMITTED: April 10, 1958
Card 212

VAWHALOVICH, D.
%'AAW ~..
Jighth annual convenvion on atomic spectroscopy. Usp. fix. nauk.
6 no.4:721-726 Ag '58. (MIRA 11:10)
(Spectrum, Atomic)

AUTHOR: Varshalovich, D.... .._ SOV/53-65-4-7/13
TITLE: The VIII.Annual Congress of Nuclear Spectroscopy (VIII
yezhegodnoye soveshcn,~niye po yadernoy spektroskopii). I
PERIODTCAL: Uspekhi fiziche8kikh nauk, 1958, Vol 65, Nr 4,
PP~ 721 - 722 (USSR)
ABSTRACT; The 8th Congress of Nuclear Spectroscopy took place in
Leningrad from January 27 to FebruGry 3, 1958- It was
attended by 300 scientists from the USSR, further by scientists
from China, France, Poland, Czechoslovakia, Hungary, Eastern
Germany, Yugoslavia, and the Mongol Democratic Republic. 4
main lectures and about 90 reports were heard. The main
lectures dealt with problems concerning nuclear models, the
a- and P-decay, y-radiation, internal convezsion, and nuclear
isomerism. B.S.Dzhelepov, Corresponding Member, Academy of
Sciences, USSR, opened the conference. Lectures were held
by: V.Yu. Gonchar, Ye. V. Inopin, S.P.Tsytko (PTI,AS UkrSSR)
on light nuclei and generalized nuclei models;L.K. Peker
(BAN SSSR-Library AS USSR)i Yu.M.Shirokov (MGU-Moscow State
University), L.A.Sliv (LFTI-Leningrad Physical-Technical
C
rd 1/4 Mg25 and A125; D.G
on levels in Mg24
Institute) et al
a .
.
'

The VIII.Annual Congress of Nuclear S;ectroscopy. 1 307/53-651-4-7/13
Alkhazov, A.P.Grinberg, G.M.Gusinskiy, K.I.Yerokhina and
I.Kh.Lemberg (LFTI) on having found no rotational levels
at E(I MeV in Gr, In, and Mn nuclei. The same research work,~rs
also reported on tie discovery of vibrational y-levelc
in W102t W164t W189- nuclei by means of the method of the
Coulomb (Kulon) excitation at Eexe rj 1 MeV. L.K.Peker
(BAN SSSR) gave a survey report: "Concerning Scme Particulars
in Vibrational Levels of Deformed Nuclei". Lectures were
held also by- D.P.Zaretskiy (All SSSR - A*SSR) on radia-.ion
transitions in deformed nuclei with the spin - 1/2; V.S.
Shpinell 2 HIPI MGU (2nd Scientific Research Institute of
Physics, Moscow State University) on the level displacement
and the probability of corresponding A - and 6- transitions
in odd nuclei; D.F.Zaretskiy (AN SSSR - AS USSR) on the
influence of the spin-orbital coupling upon the magnetic
moments of the nuclei, A.I.Baz' (All SSSR -AS USSR) on the
existence of light nuclei with high neutron or proton excess;
V.A.Kravtsov (LPI-Leningrad Polytechnic Institute) on the
formation of nucleon pairs in nuclei; L.L. Golldin, A. D.
Card 2/4 Piliye, G.N.Novikova, K.A.Ter-Martirosyan (TTL All SSSR)

The VIII.Annual "ongress of Nuclear Spectroscopy. I SOV/53-65-4-7/13,
on alpha decay on rotational levels of odd nuclei; V.G.
Nosov (AN SSSR - AS USSR) on alpha decay of nonapherical
nuclei (survey); A.I.Alikhanov) G.F.Yeliseyev, Y.A.Lyubimov,
V.V.Ershler (TTL AN SSSR) on polarisation measurements
at electrons emitted in the P-decay of Tm17o, Lu177, Ag 198
SM153, Re 186_ (&I. 0,1,ekn. -1) as well as in that of Sr 90 and Y90
(&1. 2,& n= 1);V.P.Rudakov (AN SSSR - AS USSR19on measure-
ments of the (p-y) angular correlations in Bal -decay;
N.A.Burgov and Yu.V.Terekhov (TTL AN SSSR) on investigations
of the electron-neutron correlations and the resonance
scattering of y-radiationj B.K.Kerimov arid I.M.Nadzhafov
(MGU-Moscow State University) on the tremsstratilung of
longitudinally polarized electrons; A.I.Mukhtarov and Yu.S.
Perov (MGU) on the effective cross section of the scattering
of polarized electrons and positrons a,t polarized electrons;
Ya,'E.Chudars and I.Ya.Taurs (Riga) on the determination of
the intensity of the components of the complex P-spectrum
according to the Fermi diagrani;. T.M.Band, L.H.Zyryanova, and
Yu.P.Suslov, LGU (Leningrad State University) on the com-
Card 3/4 putation of the probability of the permitted and of the

0
The VIII.Annual Congress of Nuclear Spectroscopy. I SOV/53-65-4-7/1.3,
forbidden capture of electrona by a nucleun.
Card 4/4

I
AUTHOR: z- Varshalovich, D. SOV/53-65-4-8/13
TITLE: VIII Annual Congress of Nuclear Spectroscopy (VIII.yezhegod-
noye soveshchaniye po yadernoy spektroskopii).II
PERIODICAL: Uspekhi fizicheskikh nauk, 1956, Vol 65, Nr 4,
PP. 722 - 724 (USSR)
ABSTRACT: Continuation of the list of lectures held at the 8th
Congress of Nuclear SpectroSCOPyj LeningrRd, January 27
to February 3, 1958. L.I.Rusinov and D.A.Varshalovich
(LFTI) gave a survey report entitled: "Isomerism in Atomic
Nuclei". Lectures were also held by: E.Ye.Berlovich (LFTI)
on the life times of the first excited states of 2+even-odd
.nuclei for N = 110 - 116 (transmutation oalgo --.~ OS192);
N.N.Delyagin and V.S. Shpinell (2 NIPI :AGU - 2nd Scientific
Research Institute of Physics, Moscow State University) on
the measurement of the life time of the first excited state
of Mg24 (1 37 Yeft the method. of reacnance scattering. Result :
It 0,4).10-1 2 see; L.K.Peker, BAIT SSSR (Library
ASYU;S(R)l'o7�n particulars of nuclei with low parameters of
Card 1/4 deformation (P-decay and K-capture of Eu152, level scheme

VIII Annual Congress of Nuclear Spectroscopy. II SOV/53-65-4-8/13
of Os'90(P=0,15)); M.A.Listengarten L,-,U (Leningrad State
University) on internal conversion ( a survey of the ex-
perimental and theoretical determination of the coefficient
of convergion); V.A.Krutov and K.Myuller (LGU) on the
conversion theory in higher approximation; A.G.Serugeyev, V.A.
Voroblyev, A.S.Remenny, G.I.Kollchinakaya, G.D.Latyshev and
Yu.S.Yegorov (LIIZhT-Leningrad Railroad Engineers Institute)
on the experimental verification of ieoretically found
values of the coefficients of the internal conversion; the
results agree with those ones obtained by L.A.Sliv, 1.M.
Band, but differ from the values by M.Rouzj- A.V.Gnedich,
L.N.Kryukova, V.V.MuravIyeva. V.S.Shpinell and I.V.Shum-
shurov (2 NIFI 14GU) on the influence of the Doppler effe--t
on the contour and half-width of the lines of conversion
electrons emitted by recoil nuclei; S.S.Vasillyev and L. Ya.
Shaftvalov (2 NIFI MGU) on results of investigations of
P-spectra and determinations of the half-life of the short-
lived isotopes p17, F2o, and A120; L.V.Guntova, B.S.
Dzhelepov,P.F.Yermolov and O.V.Chubinskiy (LGU) on the
hard y-radiation of Na24 investigated by means of a y-
Card 2/4 hodoscope; A.K.Vallter, I.Ya.Malakhov, P.V Sorokin and A,Ya.

VIII Annual Congress of Nuclear SPectroseoPY. II SOV/53-65-4-8/13
Taranov, FTI AN USSR (Physical-'-'echnical Institute)AS UkrSSR)
on elastic scattering of protons at Si2d nuclei; Ye.P.
Grigorlyev, B.S.Dzhelepov, A.V.Zolotavin, V.Ya.Mishin, V.P.
Prikhodtseva, Yu.V.Khollnov and G.Ye.Shchukin (LGU,RIAN) on
the decay of As74 (investigations by ~-spectrorieter,
and rytron, -y); Ye.P.GriE;orlyev. A.V.Zolotavin (LGU) on
the y-spectrum of Se75;a now line with 206 keV waa discovered;
G.M.Chernov and I.V.Estulin (2 NIFI !.IGU) on meaiuremerits
of the angular correlations of the y-raaition of 109;
Yu.A.Aleksandrov and S.V.Golenetskiy (LGU) on the decay scheme
of CON .. and the discoveryof new y-lines; L.F.Kalinkin, A.S.
Melioranskiy and I.V.Estulin 12 NIFI UGU)qn resultb obtained
in the investiqation of the weak range of the y-spectrum on
occasion of 6s 33(ny) Cs134s Ag107(ny) Ag108, TeM(ny)Te124;
V.P.Prikhodtseva and Yu.V.Khollnov (HIATT) on the y-spectru-m
of Lal4o; k.A.Bashilov,"B.S.Dzhelepov, N.D.Novooflltseva 140
and L.S.Chervinskaya (LG~U) on the conversion spectrum of La
by means of the ketim; Ye.A.Khollnova (VIIIIM) on the deter-
mination of the number of 7-quanta, forming in the decay
Card 3/4 process of Lal4o, by means of the 0- and y-calorimeter;

VIII Annual Congress of Nuclear Spectroscopy. II SOV/53-65-4-6/13
M.P.Glazunov and B.F.Gulev (1 FKhAJI - Institute of Flaysical
Chemistry AS) on P- and y-spectra of Eu155, EU1520 and Eu154.
Card 4/4

S/048/60/024/03/18/019
Boo6/BO14
AUTHORS: Poker, L. K., Varshalovich, D. A.
TITLE- _Magnetic Moments of Deformed Nuclei With X - 1/2
~/ I / C/
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 1960,
Vcl. 24, No- 3, PP- 372-376
TEXT: The article under review was read at the Tenth All-Union Confe
ence of Nuclear SpectroscoRy (Moscow, January 19 - 27, 1960) Deformed
nuclei in the state K - 1/2 exhibit a number of peculiar features. They
have an anomalous rotational band, characterized by the parameters
3AF/J and a. The magnetic moments and the Ml-transition probabilities
between rotational levels with K - 1/2 are not only functions of the
gyromagnetic ratios of the single-particle and collective motion gK and
gR, but also of the parameter b. It holds that
- I (gK-gR) [1 -(21+l )(_,)I-1/2 bJ + Igx and
4(-1+71
Card 1/4

Magnetic Moments of Deformed Nuclei S/048J60/024/03/18/019
With K - 1/2 Boo6/Bo14
3 21+1 .(gK-9R )2E, + b(-l) 1-1/2] 2. The nuclear
64X rUe I+1
magnetic moment in the ground state of the band I ft K -P-- 1/2 reads for
K + 3oo - 9 + g,(l-a) - gl(I-a) + gs/2 - (3), and for
K
K
2 3po - gR(1-&) + gl(l-a) - gB/2 - (4), where g. and g, denote
the spin- and orbital gyromagnetio ratio of the unpaired proton or
neutron. It may be assumed that go - 5.58 (proton) and -3.82 (neutron),
g, - 1 (proton), g, - 0 (neutron). The values of go and gl may deviate
considerably in the nucleus from those given here for free nucleons. The
authors show that such a renormalization of the gyromagnetic ratios go
and g, is necessary to explain the experimental p0 values of the nuclei
Yb171-and v183. For Tu.1699 as already shown in Ref. 4, relation (3) ir.
satisfied with non-renormalized go and gi and g - Z/A. All hitherto
known rotational band nuclei with K - 1/2 (Tu165, Yb171q w183, and pu239)
Card 2/4 4/

Magnetic Moments of Deformed Nuclei S/04 60,1024/03/18/019
With K - 1/2 B006%014
are investigated again. For a first example Tu169: it is found that also
when making use of new and complete data no renormalization of g. and
g, is necessary. The same holds for Pu230. Yb171 and W183 have rotational
bands with K ~ I -- Here, gR may be obtained from (4) only if
2
renormalized g. and g, are used. One obtains 9R ' -4.0 and not +0.40 as
would result from Z/A. The fact that (4) is not satisfied might be
caused by the change in the parameter a due to a shift of th( rotational
bands K - 1/2 and K - 3/2. This change of ag however, is not so great as
to explain the experimental po value without renormalization of g. and
gl. Much the same holds for conditions with 9183. While 9R - +0.28 is
obtained experimentally, (4) yields g - -1.9. It is therefore necessary
for these two nuclei to renormalize tRe 9. and g, of the nucleons. Values
of these parameters, with which (4) is satisfied, are given. An appendix
offers experimental data concerning these four nuclei. D. F. Zaretskiy
and A. V. Shutlko are mentioned in a footnote* There are 13 references,
Card 3/4

Maguetio Moments of Deformed Nuclei S/048/60/024/03/16/019
With K - 1/2 B006/BO14
3 of which Pre Soviet,
ASSOCIATION: Nauchno-isaledovateltakiy fizicheakiy institut
Leningradskogo goo. universiteta im. A. A. Zhdanova
(Scientific Research Institute of Physics of LeningTad
State University imeni A. A. Zhdanov)
Card 4/4

8559h
S104816010241007102810321XX
*, 4-4 o BO19/B056
AUTHOR: Varshalovich. D.A.
TITLEs Experimental and Theoretical Coefficients of the Mixture of
-the States and of the Polarization of Nucleons in Deformed
Nuclei
PERIODICALs Izvestiya Akademii nauk SSSR. Seriya fizicaeskaya, 1960,
Vol. 24, No. T, pp. 895-898
TEXTs This paper was read at the 10-th All-Union Conference on Nuclear
Spectroscop , which took place from January 19 to January 279 1960 at
Moscow. As is known, the state of a nucleon in an axially deformed
nucleus without (I - s)-coupling may be characterized by the.quantum
numbers 7, A, and and 2 are thl !r1jections of 9, _1 , and j on
the symmetry axis of the nucleus. As a + Y.+.A holds. In the
case of an U-s)-interaction the state with the same lo dieplaced to
different ~E and A. The wave fun,7tion of a nucleon in the deformed
nucleus may thus be rep-resented aL a superposition of two functions%
Card 1/5

85594
Experimental and Theoretical Coefficients of S/048/60/0')4/007/028/032/XX
the Mixture of -the Stata-s and of the B019/BO56
Polarization of Nucleons in Deformed Nuclei
1~(S?) = CA ~+ + ~~- (1). d,2 and p2 are the probabilities for the
nucleon being found in one or the other state. The polarization of a
nucleon in a deformed nucleus is calculated from twice the mean value of
the projection of the spin onto the symmetry axis of the nucleoni
P T 2 . C( 2 _ Al ; .. 1 !~ p ~~ 1(2). Using the wave function of Nilsson.
0(q A, and P may 'be calculatei. The author mentions various reasons why the
wave functions of a real nucleus differ considerably from the Nilsson wa-.P,
function. 1) The main assumption of the Nilsson model concerning fhe arial
symmetry of the nuclear field is not satisfied. 2) In a coupling of 4,11E,
motion of a particle and the collective motion, a shift of Nilss-n:ti cor,
figuration occurs- 3) The residual pair interaction of the nucleon= aloo
leads to a change in the wave function. 4) The parameters charaCt--.r:iz4.ng
the selfconsistent nuclear field were not selected by Nilsson with suf-
ficient accuracy- 5) The wave functions depend on nuclear It
is, therefore, of great interest to make a comparison between tiLe theoreti-
cally and experimentally determined P, rA ~ and A. Determirit i orif~ o'(F P,
and 13are briefly discussed on the basis of experimer -illy
Card 2/5

85594
Experimen~al and Theoretical Coefficients-of S/048/60/024/007/028/032/XX
the Xixtu~e of the States and of the B019/BO56
Polarizat~on of Nucleons in Deformed Nuclei
quantitieo. The results obtainEA-'are given in Tables I (nuclei with odd
Z) and Table 2 (nuclei with odd 11). Prom the discussion of these results,
the* authoi draws the conclusions that the Nilsson functions show satis-
factory adreement with the experiment, that the state classification - .
according-to the asymptotic quantum numbers is purposeful, and that the
selection'rule for J_ and L- is necessarily satisfied.
There are:;2 tables and 5 references: I Soviet, 2 Danish, and 1 US.
ASSOCIATIONt Leningradskiy fiziko-tekhnicheskiy institut Akademii nauk
SSSR (Leninarad Institute of Physics and Techno ogy of thp-
Academy of Sciences, USSR)
Card .3/5-:1

85 594
Experimental and-Theoretical Coefficients of S/048/60/024/007/02B/032/X X
the Mixture of the States and of the B019/BO56
Polarization of Nucleons in Deformed Nuclei
Table 1. Nuclei with odd.Z
~N
15/2
5/2
9SAM241 5/2
qsAml!
Ca.3~d 4/5
IIAPO IL. fl. U.* 10"

Lt 91 n, AE)
(N
.,nNa"
l 3/2 +2 20 (+2,15) +0,75 0,94 0,35 0,37 0,97 0,27 3/2 + 121t+1
l.
A 5/2 +3:641 (+1,89) +0.93 0,98 0,19 0,35 1,00 0.00 5/2 + (202+1
SvEulab 5/2 115 +0,65 -0,38 0,560,83 0,30 0,36 0,93 5/2 + 1413-1
4sTbIll 3/2 +11,52 +1,49 +0,32 0,810,58 0,31 0,94 0.35 3/2 + 411+1
4.111018. 7/2 3.31 +IJ2 +0,18 0, 77 0.64 0.3 0.95 0.32 7/2 - 523+1
1
,Tull' 112 -0,20(3) -2.20 -0,70 0,39 0,92 0.28 0,40
' 0.92 1/2 + 41t-I
7ILulls 712 +2,0 +0,66 -0,52 0,49 0.87 0,2 0
,22 0,98 7/2 + 14(Y,-)
73TOBI 7/2 +2,1 +0,70 -0,46 0,52 0,85 0.23 0,24 0,97 7/2 + [4(Yi-I
IsTalll- 5/2 +3.0(3) (+1.52 +0.57 0,8 0,46:
gi 0.23 0,98 0.22 5/2 + 1402+
76RO"' 5/2 +3,171 +1,55 +0.60
U
0.9
0,45 0,19 0.97 0,25 5/2 + 1402+1
7111101 5/2 +3,176 +1,55 +0,60 0. 10
0,45 0.19 0,97 0,25 5/2 + 1402+1
111011 3/2 +0,10 -
0,09) -0,71 0,38 0,93
1 0,14 0.24 0,97 3/2 1402-

77101
3/2
+0.1
-0,68
~
-0.71
0138 0,03
0,12
0,281
0. go
3/2
402-
1

(+)G.0 (2,5) .
+3,20)
+2,4(~
- 25
C 0,90 0,45 5/2 F 1642+1
+2,0 +0,96)

R -0,0, 0, 69j0, 731
I 0 25 0 48 0 88 5/2 - 1523-1
1,4
+)1,4 +0,63)
0.63) -
0 30
-0:30 0 59jo,81
0: 59jO, 8 1,1 0,27
0, 27 0:471
0,47 0:B9
0,89 5/2
5/ 2 -
- 1523-1
1.523-1

5!1 4
Experimental and Theoretical Coefficients of B/046/60/024/007/028/032/XX
the Mixture.of the States and of the B019/BO56
Polarization of Nucleons in Deformed Nuclei
Table 2. Nuclei with odd N

'HAPO J*.

A -
1
9.1 j

8 0.
8

4; F

1

11,

NnAEI
4,1
stNeIIL 3/2 -0,5(l) ij 89
~ +0,70 0.92 0,39 0,37 0,98 0,22 3/2 + 1211+)
26Mgj3 512 -0, 855 0:67 +0,80 0,95 0,32 0,36 1,00 0,00 5/2 + 1202+1
IAJ'Gd,t 312 -0,32 0.63)
~ +0,50 0,87 0,50 0,31 0,91 0,42 3/2 - 1521+
MGdt3 3/2 -0
'
~
j ::6,69) +0,54 0,88 0,48 0,31 0,91 0,42 3/2 - (521+1
"I
213Dy,a
JD
512
5/2 -
-0 38
S
+053
5) (-0,38)

0
18 +0,50

0
24 0,87

0
62 0,50

0
79 0,3

0
3 0,88

0
44 0,47

DO
0 5/2

2
5 - 1752+1

523
Y97
. . -
, , , , , , ) + -1
1
JG
)Erq
9
M
7/2
-0:5 1
1
(--0,30)
+0,55
0,88
0,47
0,29
0,93
0,37
7/2
+
(633+1
YbjOj
173 112 +0,43 5 +1,38 -P,36 0,57 0,8 0,28 0,48 0,88 1/2 - 1521-1
YbIa,
177 5/2 -0,67(5 (-0,53) +0,70 0.92 0,39 0,28 0,94 0,33 5/2 - 1512+1
11flas
171Hh 7/2
9/2 +0,61 (3)
-0 47(3) +G, 20
-0
20 -0,37
48
+0 0,56
86
0 0.83
0
51 0,27
26
0 0,32
96
0 0,91,
0
30 712 - 1514-1
ov , . , , , , , 9/2 j (624+1
"'Wit,, 1/2 +0:118 +0.16 -0,04 0, 69 0,72 0.2 1 0, Q 0,41 t/2 - - 151(1+

1108113 3/2 +0,656 (+0,46) -0.36 0,57 0,83 0.16 0,46 0,89 312 - 1512-
. I
U 14, 512 (+) 0, 5 1 +0,13 -0,17 0. 64 0, 77 0. 24 0 57 0 82 512 + 1633-1
U,,, 712 34
_j 0 -0
23 +0,42 0,84 0.54 0,24 0:91 0:42 7/2 - (743+1

-41PU147
5,12
1
:4
(-0 941
: + 1, 23? - - 0.27 0,90 0,44 5;21 + 162!+1.
Legend to Tables I
and 2: 1) Nucleus,
2) Jv 3) p- 1 4) gsZt
5) F
exp, 6)1 c< exp
7)j%xp!' 8),Deform-I.-
ation parameter
9)1 (
theorl I
10)lNheorl ' 11
12) 13) fNn A2]
- z
Card .5/5

VARSHALOVICH, D.A.
-
Probabilities of electromagnetic transitions and static moments of
odd-odd atomic nuclei. Zhur. eksp. i teor. fiz. 38 no.1:172-179
Jan 160. (MIRA 14:9)
1. Leningradskiy fiziko-tekhnicheskiy institut AN SSSR.
(Nuclei, Atomic) (Dipole moments)

83196
S/056/60/039/002/033/044
froo B006/BO70
AUTHORs Vars
TITLE: Probabilities for Rotational
-T-Transitions of the E2 Type
and the Quadrupole Moments of'the Deformed Nuclei With
K - 1 and 1/2
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1960,
Vol. 39, No. 2(8), PP- 461 - 462
TEXTi The author has studied the anomalies of the quadrupole moment Q of
deformed nuclei and the reduced probabilities B for E2 r-transitions
between the levels of the rotational band in the case of K-1 and K-1/2
(K - projection of the total angular momentum on the nuclear symmetry
axis). For these K valuesQ and B(E2) depend not only on the internAl
quadrupole moment but also on the matri:,, element Qz
Card 3/7

89248
S/048/61/025/001/014/031
Probabilities of gamma transitions... B029/BO60
(C12K2* 2 A
B(~X) a ) C X ' 1 (2 and
I X2, 2 A
B (64) (C 2 k~ -7 +
1 2
for P11 Q2' Between the ground states.of the doublet there must occur
gamma transitions of the magnetic multipolarity A = 2 Q 20 which can be
mixed with transitions of the electric multipolarity A = 2-Q2 + 1
(i.e. Ml(E2), M3(E4), and M5(E6)1. Gamma transitions with multiplicity
X< 2 22 are,possible between the rotational bands of the doublets. They
are, however, forbidden by the selection rules for K. A report is made
of the transitions between the different doublets. The respective
doublets mostly display-a cascade-type de-excitation. The experimental
data available are not. yet sufficient for a thorough checking of the
relations derived here. The magnetic moments have so far been measured
Card 4/7

69240
S/048/61/025/001/014/031
Probabilities o"L' camma transitions. 3029/3060
only on six odd-odd deformed nuclei (Table 2). Mile exnerimental and
t'heoretical values in-Eu152 -and Eu154 differ by only they qLre in
Cood agreement in the other isotoDes. The article under consideration.
is the reT)roduction of a lecture ~eliv'ered at the 10th All-Union
Conference-on Fuclear Snectr6=,, which took place:,Iin ;1ozcow Ifrom
January 10 to 27, 1960. There-are 2 tables afid'.8-referenbes: -5 Soviet-b1cc
and 5 non-Soviet-bloc.
tut e
ASSOCI,'~IPT 0": Fiziko-tekhnichesk-Y -4notitut Akademii nauk SSSR (Inst"
0-f Pbvqinr. and Technoloat. Acade=r o-f Sciences USS'IRI__
Legend to Table 1: 1) nucleus, 2) prcton, 3) neutron, 4) g in nuclear
magnetons.
Legend to Table 2: I.:agnetic moments of odd-odd deformed nuclei
1) nucleus, 2) ~L in nuclear maenetons, 3) pt.... in nuclear maGretons.
exp
Card-5/7

S104,01,102 5/001/014/0 3 1
Probabilit'les of gamma transitions... 3029/Bo6o
N13rins-ristto ino3scirri-t nenoritux coc-romittis paTaitnenurax noruic (1=7C) it ripuccActirfuc
Titlin
r1porolt TPOIJ
I lie4
n'T 9171 n71 "n n;%.M

3/2, +2,15 "he -0,811 3+ +1,7() 0,7.10-2 0+ 0 -
1
24
3 3
1,*
+2,15
-'/,+
-0,67 1
1+
5
+I,C
3,0-10-3 1 +
-2,20
2,06.
..A Ii3 1.-+ +1,89 3/2" -0,67 S+ +2, PG 0,9.10-2 0+ 0 -
dsEuMll 5/2* +0,65 312- -0, Go I,- +O,q 3,4.10-: 1-
1,47
+
0,32
alien 3-
,rtl 61.1 +0,63 3/,i- -O,C2 41- +0,83 3.3-10-2 1- +1,48 0,32.
oifcn 3-
eSTb 01 "12, +1 AM 3/2- -0,CO 3- +1,31 3,4.10-4 0- 1+0,1,21 -
511
~,Tblt-3 3
.1
+1 Ic
-1/2-
-0,62
3-
+1,29
2,5.10-6
0-
1+0,411
-
c.,Tblu" 3/24 +1,49 112 -0,38 41- +1.3G (,,G-IO-4 1-. -1,3u 0.93.

93 112- +iJ2 112- -0,G2 5+ +2,84 2,5.10-2 2+ +3,50 0,92 -
4-,IjO 1 G-4
U5 Ilr- +1.12 I/g- -0,33 G+ +2, VO 7,2-10-2 '1+'. +2,61,
ut,10 I - +1,!)/, 0.07
1 E r,
ty.) 7/ -
7
1
1 7
1%+
-0 25
7-
+3.02
1,2.10-2
0-
1+0,401
-
Car'd 6/7 ,Tu"A -
22
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4+
-1,25 0.5t 3+ +0,43

3/048/61/025/002/014/016
3117/B212
AUTHORS: Varshalovich, D. A., Peker, L. K.
TITLE: Peculiarities of deformed odd-odd nuclei with K - 0
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriyafizicheskaya, v. 25,
no. 2 , 1961 , 287-295
TEXT: The present paper was read at the 11th Annual Conference on Nuclear
Spectroscopy (Riga, January 25 to Pebruar 9 1761) Prelimi ary results of
, a 80* nd Lu17 * have been
the work, concerning peculiarities of Am2J22 T : a 9
reported on at the 10th All-Union Conference on Nuclear Spectroscopy (Moscow,
1960). The paper mathly deals with the properties of rotational levels of
odd-odd nuclei. It is pointed out that all conclusions also pertain to ex-
cited states of even-even nuclei with non-paired nucleons. It was shown
that the inner wave functions describing the levels of a certain rotational
band will differ from that of levels with one even and one odd spin I, de-
spite the equal states of oddneutrons and protons. It follows therefrom
that these rotational levels with even and odd spins are shifted with re-
spect to each other. Due to the dependence of E 0 on I it is shown that
Card 1/7

S/048/61/025/002/014/016
Peculiarities of deformed ... B117/B212
with B