SCIENTIFIC ABSTRACT SHEKALOV, A.A. - SHEKHOBALOVA, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549010007-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

--SHOC OV Aleksandr Alekseyevich. kand.takhn.nauk; BLINOV. B.V.. red.;
SHILUX , VF-.A., -izdre-d.; BELOWROVA, I.A., tekhn.red.
[New materials for permanent magnets] Novye materialy dlia
postoiannykh magnitov. Leningrad. 1960. 19 p. (Leningradskii
dom nauchno-tekhnicheskoi propagandy. Obman peredovym opytom.
Seriia: Pribory i elementy avtomatiki. vyp.8).
(MIELA 14:3)
(Magnetic materials)

L- 15005-65 7~WT(m)/NWP(W)/EWA(d)/EWP(t)/EWP(b) AS(mp)-2 MJWIJD
ACCESSION NR: AT4047593 B/3117/60/000/01-/0140/0161
AUTHOR:/ Shekalov, A.A., (Candidate of technical sciences)
TITLE: Developmentfif methods for increttaing the magnetic propertlies of alloys for
permanent magnets
SOURCE: Leningra4. Nauchno-issledovatellskly Institut tokov vf*sokoy chastoty*. Trudy*,
no. 1-2, 1960, 140-161
TOPIC TAGS: alloy magnetic property, permanent magnet, alnied magnet/alloy ANKo-4*,
alloy ANKoTi
ABSTRACT: The author presents a rather detailed and broad-based discussion of Soviet
and western (American, English, Dutch) efforts in the area of improving the magnetic
properties of alloys designed for use in permanent magnets. Special attention is centered
on the Soviet alloy ANKo-4 (10~nAo) and the corresponding western counterparts (in
America they are c~iZni6b V, VI and VII). These alloys are obtained by treatment in
a magnetic field in the hot state (the so-called "permomagnetic treatment!). Specific
comparisons are drawn between the Soviet alloys and the western makes, with the latter
proving superior in a number of cases. The author sees the principal reason for the
Card 1/3

L 15005-65
ACCESSION NR: AT4047593
Soviet lag in the area of permanent magnets in the following factors! careless observance
of the proper conditions of thermomagnetic processing (heating temperature, rate of
cooling of the cast, and magnetic field intensity) and tempering of the articles, as well
as the low quality of the basic burden materials, maWy iron and cobalt, used in the
smelting. Each of these factors is considered in detail, with frequent references to prac-
tices and results current in the West. In the present article an effort is made to specify in
detail the conditions for the manufacture of ANKo-4 and ANKoTi with a view towards ob-
taining magnets with an energy rating of up, to 5 million gauss -oersteds. Basic materials,
compositions and production of alloys are considered in detail. Conditions of the experi-
ment are described and the results of the study are discussed. Figures showing the
microstructure of the allqys are presented and much Information regarding the factors
mentioned above is given in graph form. Mie maximum value of the magnetic energy in the
magnet samples was 5.2 million gauss*oersteds, which, as the author notes, is on a par
with the properties of the best samples produced by western concerns. In the author's
opinion, the next step should be the development of a technology applicable to the mass pro-
duction of permanent magnets having this energy rating. Orig. art. has- 2 tables and 8
figures.
ASSOCIATION: Nauchno-issledovatells~iy institut.tokov vy*sokoy chastoty*, Leningrad
,y Currents)
(S ientific Research Institute for High-Prer
Ca'rd 2/3

SHEKALOV, Aleksandr Aiekseyevich, kan-i. tekhn. nauk; I-'IY,]iAY-;.CV-
ul.'YEV rad.; 5111!1ING, V.A., red.izd-va;
GVT,,T", 7.1., tekhn.red.
(New aLloys for cast pennanent magnets] Novye splavy dlia
litykh po:ltoinnnykh magnitov. Leningrad, 1963. 17 p. (1,e-
ningradsi,ii dom nauchno-tekhnicheskoi propagandy. Obmen pe-
redovyr. opytorr.. Seriia: Metallovedenie i termicheskala ob-
z,,) I-otka , no. 11) WIRA 16:11)
(A-,loys) OlAngnets)

AC6ESSION NRo AR4014155 S/0l3?/63/OGQ/O]L2/10?6/M76.- I"'
SOURM Me Hatallurgiyas Abe. iauo6
0i
AUTHCFtj Mmkoloys As A91 Koreak# As As
y~
TITLEs Now high-coarcivity *Uay for permanmt sagrate -
r. No-io in-ta tokov vy*sokoy chastaty*# vms, 4# 1963# 82-
CITED SOURCEs T
manent magmt all' , magnet grindabiUty,/, ceriums vanadium
~TOPIC TAGSs Per OY
TRANSIATIONs The alloy AWXoTi-5i of the IbIlowing composiUon was developed i
(in %)s Co 34-38# Hi l5s Al 7-8s cu 4s Ti 5-6t Fes palance H of the &Uoy Is
1300-1500 Oes E1r is 8500-800 gas (BU)m is (4-5) x lop P of: go effect of
0.05-0.1% Ce and Oel mw 0-5% V on the grind-bility of megmts was Investigatods,
Ce improves the grindabilityp and V does note The followLag treatnont is re-
commendeds hardening temperature 1250 j 200,, average rate of cooling in the
1250-8000 range 150-200 deg/mins Isothermal thermomechanical treatmat at
800tioo,, 5-10 min with subsequent cooling in air,, double tei"ring at 650JWO.
Card 1/2

S/12o/63/000/001/015/072
E039/E420
AUTHORS Gurevich, A.G., Starobihets s.S., Men Hsiank-w-Chen,
Safantlyevskiy, A.P., Shtreys, Yaol., Shekalov, A#A*
TITLE: Apparatus for investigating ferromagnetic resonance
PERIODICAL: Pribory i tekhnika eksperimenta~ no.1, 1963, 73-77
TEXT; An apparatus for determining ferromagnetic resonance (MR)l
in ferrites with narrow resonance curves in the 3 cm region And fot,--
a temperature range from -19b to +,4000C is described. The sample!
is spherical (003 to 0.8 mm diameter) and is located in a
rectangular resonator with a type TE106 (TYel06) oscillator.
The magnetic field is provided by means of a permanent magnet with!-
a shunt and modulating coils trh:Lch enables a high accuracy to be'
obtained using.a recorder. Temperature-control of the sample is
achieved by blowing either a hot or cold jet of gas over it.
This apparatus permits the investigation of FMR curves with widths'
less than 0.5 Oe and up to about 50 Oe- The range tan be
increased by increasing the number of turns on the coil of the
magnet system. Lower temperatures can be achieved either by
pumping nitrogen or, for a much lower temperaturej by using
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C
6002-1
d )/r'tlP( t )/DIP (z )/W(b) Pad 1JV(
ACCESSION: NR-. AR5015190 Ulft~/ 013'7 65/ GOO/ 005/1060/1060
SOURCE: Ref. zh. Metallurgiya, Abs, 51385 PK
el
AUTHOR: Shekalol~ A. A.
ermanent
TITLE: New alloys for cast magnets
CM
CITED SOURCE: Sb. dokl. na Vses. soveshchanii po litym splavam d1ya posto an
y
magnitov, 1962. Saraktov, 1964, 3-16
TOPIC TAGS: permanent magnet, cast permanent magnet, magnetic property,
coercivity, metal texture, metal structure, high. coercivity alloy, hot working,
metal physical property, magnet,, crystalline grain str cture, crystallinityj aci- 6
bular crystal, cobalt base a1jjqj,,24ieat treatment, iron,'containing alloy, n'
ium
containing alloy, aluminum containing alloy, copper containing alloy, t t c6
taining alloy, cerium contA!2ig alloy, ANKoTi5i alloy. ANKo Nill alloy
-7-7 JV'
TRANSLATION: The article gives the magnetic characteristics of the following
LTVCh im Vologdina: alloy ANKoTi5i
high coercivity alloys developed in the MY
A
Card

L 60021-65
ACCESSION NR: AR5015190
with a magnetic texture and alloy ANKoNill-with a magnetic and crystalline tex-
ture. The properties of the alloys are, respectively: B. 8000-8500 and 12, 500,
13, 500 gausses; Hc 1500-1300 and 650-800 oersteds; (BH)max 4. 0-5. 0 and 6. 0-
-oersteds. A special furnace
8. 0 million gauss with i-nduction heating was
developed for producing ingots with a crystalline grain structure. jechnology V.Q
developed for production of magnets in the form of a horseshoe with acicular
crystals by hot working of rod shaped billets. Alloy ANKoT15i, outstanding for P
high value of Hc, contains 34- 3816. cobalt, 1576 nickel,. 7..81o alumin' , 4% copper zn'
um
5-61o titanium, 0. 05-0. 116 cerium,. and the remainder iron. The distinguishing
feature of its heat treatment is isothermal holding in a magn6tic, field at 800C
and subsequent annealing. (From R. Zh. Elektrotekhnika).
SUB CODE: MM,.E/4 ENCL: 00,
Card 22

A C NR ; A P. 6 0 2 cj 5 14
AUTHOR: Shekalov, A. A.
SOURCE CODE: tj'R/0137/66/000/006/1089/!089
iTITLE: -Isothermal treatmenyof__)LWIDK~4/alloy in a magnetic field
SOIJ71CE: Ref. zh. Metallur;giya, Abs. 61626
REr SOURCE: Tr. Vscs. n.-i. in-ta tokov vysokoy chastoty, 6, 1965. 110-1-13
TOPIC TAGS: mete' heat treatment, thermomagnetic effect / YuNKD2'1 alloy
PANSLATION: For the following optimum isothermal treatment, a YuNDY24 a~.loy (24% Co,
114% Ni, 8% Al, 3% ("u, remainder Fe) had a B, of 312,500-13,000 gauss, 11 of 600 oe and
i - C
(1311) max of ~-.s--- irauss-oe: heating to 13001C, coo3 ;ng ~o a400C at a rate of 100-
200 deg/min, isothermal holding in a magnetic field at 8400C for 2 min, subsequently
Icooling to ro(x-.i temperature at a rate of 20-61) deg/min, and tempering at 6000C for 1;
;Ihr + 5500C for 8 hr. According to the absolute values of these properties it did not
lyield better properties than those obtained by an ordinary thermomagnetic treatment.
i(From RZh. Hash.).
SUB CODE: 11,13
UDC: 621.789:669.15
Card 1/1

S')URCE CODE : UP./0137/66/000/006/1061/1061
AUTHOR: Shekalov, A. A.
T1'.7'1,E: Magnetic and mechanical properties of ANKoT15i type alloys
iSOURCE: Ref. zh. Metal-lur-giya, Abs. 61416
REF SOURCE: Tr. Vses. n.-i. in-ta tokov vysokoy chastoty, vyp, 6, 1965, 148-160
!TOPIC TAGS?z magnetic property mechanical property, cooling rate ANKoTi5i alloy
.TRANSLATION- A study was made of alloys with 114-36% Co'and 5-6"!'_All -containing up to
;0.3% Cc, S, Ck, Li, and Zr, as well as 0.1% ailditioris of an alloy containing 37 5% 11b
I - r T-516
and 62. 5' Lu. The ef f
J 11 -ect of cooling rate V from tipper (1250-18001C) and low 80
Cool
1-200C) ranges and the po5sibilitics of using low temperacure heatin:, (800-
-9000C) for isothermal treatment in a maFnetic field were invnstiga..ad. The optimial
!value of V in the 1250-8000C vange Nas, 200-220 c'fg'min. The followriu'u, low tf.TipPra-!
Cool
~ture heat treatment was recommended for use in the alloys: fast heating to 620-850"C,
holding at this temperature and subsec-uent 1;eat treatment acco~-jing to -i
,ard cycle for high temperature heating. The bes", effect vesult.',?d frc-,m, Ce, ~-Ihiicl-i V, ;3,
iquantity of 0.11 raised the bend strength 20-2-'~O%, impvovzd the polishability anf!. did
not change tbc magnetic properties of the allcys. A. Rabinllkln.
,SUB CODE: U '13
Card 1/1 UDC: 669.15.018.588

7 IV : 1; 1
ry : USCR/~~.Aid '.t-tle Tliy.,-ic~3 I~ropor'Lie,.; of' 9
Oryrt-ls onl Crvrtrllinc Car-pomls
j',.bs Jour :Rof Zhur - Fizil-:r-, No 71,, 19',-17, No 68!4
Luthor :Vul'f, D.K., Shokelov, -1,F.
- . r-
Title :Strengthening of AludmL- nnd "ir,-noAu.i Eased Allcys by
Triplu !otallic Co!-,rounds
Ori- Fub :Izv. Scktorc fiz.-kiii. enclizc I071111,h AN SS"R, lgrz6, 27,
196--208
:A study wcs -arle of the influonce of triple 1~!etallic co!:z-
pounds on the --cchr-nictl prop-arties of light alloys for the
purrose of deternining the I-osribility of obtaining a sir.-
ilpr ty7o of alloy for "rncticrl use. Results arc givon on
the investigation of the following systcrs: Al-Cu-.-.!g, Al-
:I-g-Zn, Al-Cu,-Ni, U-Cu-'..ri, Al-1-In-Ni, N~,Cu-Zn, '.Ig--Ca-Zn,
-Li. It is r:holm that t1he r~ddition of triple :!,.ctpllic
co~.poundz in cast rlLu-inu-..i cnd pressed magnositzi alloys in-
crc,-~scc their hrrdn,.,sc and strength. The plesticity of the
alloy dininishas with incrersing content of the triple com-
Found one observes in h-rd silver or i~v.
gncsitzml an increase
Card 1/2.
Crrd 212

Cl'~f
U'
t t h-,
.0:~ Jcur lli,2.2 'roperti,,
7 S F-9
in the of the Ilcrt 'r
G o r, d-lechp,
0!j
d
"th 7.51 Wcre Oys upon
for The Y Filoy, of
11, .~ Iny "ith lo strO119-th
Wl cl
27 title . - /~" -
2- pressed
920P~2 4 h,-:7'high P111sticity.
Ccrd 212

SHEKILYAN, I.A.
Eight hundred and thirty-three cantners of corn stalks and tb$gpty-
eight centners of shelled corn to the hectare. Nauka i pored-60P.T
sellkhoz. 7 no.7:25 JI '57. (MLBA 10:8)
l.Glavnyy metodist pavillona "Severo-vostoehny7e oblastiu.
(Chuvashia--Corn (Maize))

SHMLYAN. Ivan Adamovich, rabotaik pavill ona, -
, CHMJOV, A.A.,red.;
KAMM, A.F., tekhn. red. -
[Northeastern provinces of the RSFSRJ Severo-vostochnye oblasti
RSFSR. Moskva, Izd-vo OSovetBkaia Roasts," 1958. 69 p. (MM 11:12)
(Agriculture)

SH M LTAN, I., agronom
'- - ,, '. -. -1 -11, duafting 1000-1400 centners of corn stalkB per hectare. Nauka i
pered. op. v sellkhoz. 8 no.8:16-17 Ag '58. (MIRA 11:10)
(corn (maize))

My, 16L.

SHEKERDZHIEV., L.
I
They called them "'mathematicians" in the school. Nauka i te'--r-h =a.dezt-
14 no.4:10-11 Ap 162.

tKu:-.Pv, 6t. j; iTOI.4w)V V~ L"tgiEnov. V ~z '~.L , V.
,neke ne d --'-I s V.
-or -334~tan-l an!i sintered I-d--
h - c
p
i n,
iind (.er,~aln rev-r~;-;ble of th,-~Ir aF, gg ',ta physica rol
5 n,-,.3;313--3 -64.
. Liu Lgarl'an. ~-cac--~my of ~Cience~~, _nsticute cf' ~;ofia.

KANEV, S [Kunev, S.1; STOJANOV, '~. [Stoianov, V.); SF.KERI)ZITSKI, V.
[Sh.ekerdzhiiski4 V.)
New highly sensitive photoresistor from sintered cadmitun sulride.
Doklady BAN 17 no-3:231-234 164.
1. Vorgelegt von Akademiemitglied G.Nadjakov [Nadzhakov, G.I.
4

I IT,

AccEssiou xRi AP4040357 P/0045/64/025/0()3/0313/0321
AUIHOR: Kyftev, St.; Stoyanov, V.; 6bq]9kmdZhiyski,, V.
UWE: High-nenaitivity photoconductive and photoelectric ceLls made of sintered:
CdS and some roveralble aging processes in them
SOURCE: Acta physica polonica, v. 25, no. 3. 1A, 313-321
TOPIC ThGS; photoconductive device, photoelectric cell, sintered cadium sulfide,
photoelectric cell aging, reversible aging,. CdS
ABSTRACT: The authors have developed a simple and rapid method for preparation
of CdS pelleta by sintering under pressure of several hundred kg/cm2 and subse-
quent heating for half an hour in argon at 900C. The cadmium sulfide produced by
Soviet industry for lunineecence wus ured. The admIxture of caZmiun sulfate
enters during aintering into the reaction CdS+OZ04-2Cd+2SO2. The precipitated
cadmium serves an donor. By adding a certain amount of copper acting as acceptor,
the resistivity of the specimen, is increased to several hundred M ohm.cm; the
photosensitivity is increased accordingly, The permiBeible applied voltage in-
creases with, the increase of the sintering time. A typical exmnyle of perfozzaace
Card 1/2

Acassiou NR: APW40357
is 250 =P/LM2 at 500 lux end 5 v- The prepared 1laotoconductive cell ages under
111aninaticnP but heating for a few tens of B'econdB restores the original prop-
orties. The.observed iphenmena are interpreted in terms of acceptor-dcuor and
interactions.. Orig. art. has: 10 figures,
ASSX=ON: Dolgaralmys, Almdemiya nauk, Fizicheskiy Institut, Sofia ~Bulgarian
Acadetay of Scienceso Physics Institute)
STIMMim, o2jul63 ENCL: 00 SO CCDEI EC
NO 'I" BOV 1 001
014
Corci -2/2

SHE'KEROV, lordan
----
Approximation of pri-ce-q to the cost of cjm$aodities, and
changes in price correlations. Trud tseni 6 no. 3t65-74
164.

- .: I .. - 1 -1 - ~~. :. ~, : I : - ~ I ". F ~ - . 1. " T. ,
- - . I . .
I ~ . - , . ~ 11 -. ~ - .,: -: z ~i. .- - , ~ " . .[!I.- " -.:~ , -.' r, - .'~ , -. , -. '12 t6; .
1 1. . - ) , "

- - I -- - ~!,-r r ~,l - 1 ': " ~ . I '. - ..
- . . - I- - I - . I
"1.:! 4. , -~ I , . 7, " . -. , I 1~ 1: ~ -,- I :. ; (! I f I I ~ . -,. ~

I.V. SHEDM"OVA, V.I.; KOBOZEV. N.J.
Catalysts and luminescence. Part 2. Catalysts and extinction In
auperdiluted layers. Zhur. f1z. khIm. 30 no.10:2282-2289 0 '56.
(xM io:4)
1. Mookovski3r gosudaretvennyy iiniversitet im. W.T. Lomonosova.
(Luminescence) (Catalysts) (Silica gal)

r,
T-A
SIMIAM TICTI, G. D. 13/49"'
USSR/Y.lectrloity Feb 48
Fuel - Conservation
Electricity - Conservation
"Let Us Strive lo, Decrease the Waste of Electric
Power and Fuel,'G. D. Shekhalevich, 2 3/4 YP
"Med Prom SSSR" No 2
Medical industry has been ordered to out fuel
consumption by 11-b% and electricity by 12%.
Discusses haw this task is to be accomplished.
Cites measures adopted at various plants.
13/49T64

SFIEKHALEVICH, G.D., inzh.
For proper organization of the repair of electric equipment.
Prom. energ. 13 no.5:4-6 M7 158. (MIRA. 11:8)
(Electric machinery~-Pfaintenance and repair)

AUTLMR '~hekhalevich,
TIT T A. Review of the 117'o%~.-er 7ngineer's T?eference "Iool~ on
City Tower ~-1~7-nts, 'electric "eti.,.!orks and District 1,ea-
ting, -;ystems
!~ERIO ii! C AL: Friergetik, 11)15~), '-~'r 9, P 39
AB3TRACT: The author reviews the 11"-Ipravochnik ener, retil-i Porods-
kikh elektrostant-,iy, elektric-eskikh i teplovy.-h
setey" ('rower TnEineer's Reference Pook on City
Power Plants, T'lectric I'Tetworks and 7)i-strict T-eating
'~-',-,-stems) by 'IT.A. 17avchenko, n-ublis.~ed by Tzdatel'-stvo
"inisterstva kommunp-llnogo khozyayst,,-
shing Fouse of tl-.e 7inistry of
This book has a num'~er of serioLi,, .eiic,-enc-Le,;'
71'hile the 'book was compiled, the Nauch-no-issie-iovatel:-
skiy institut elekti-otekhnicheskoy promys~ilennosti -
71TRP - (7cientific ?esearch Tnstitute of the T'-1ec7ri-
Industry) developed a unified series of asiMc"i-ro-
,Card 1/2 is electric motors .42 and An2 ,,jbich 'nave !'I ro,:,rer

A T? 4
fo,.ver --ngineeris Peference ro,,k or
P 1 t'; Lectric Tlet%vorks and T)j-strict TTeating 'Iyotems"
r-itings insten!.. of tle 14 previously used. T
was not coroi.,,tereO by the 0
(zoes not contain reference on modern assembly
loca-,,ing lamages in equipment, eliminating damaFes,
... ethodS Gf testing, transformers, moTors, gener-i~ors,
iip-htning arresters, power meTers and other electricnl
er,,,-,,i--,).-,ent, Tne chapters .4ealilrg with cable end open
air -'ransmission lires are incomplete, especially
necess!n,ry ca1c1jI-r-+icr, da-ta are Prcble:71~ of
'-eat conserv!~tion, automation of D-,!er
-rocesses rere not consiaered, T~iese ~4eficlenc-*Zes
:-.--ust be elim.-ina-I[ed in a future edi-+ic-.
C,?--Y-d 2/2

~-. -~ ~~, -.- , ! ~ ~ - C%r ,, , . , -
' T ; -~ ?: I I -C) ', T * 1 11
. ,, I -~ . I ~ . . -- "The Ecolop.v of Hhon'r,om--,,s O.rjimus anrl *-leans oll Co-
bating Them." "ub 25 17ec 52, Acad 'led S7ci UO;'-R. (Dissertation for
the Devree of Candidnte in Biolopical Sciences).
~71': Vecherna.ya Moskva Januar,v-December 1952

V
SO:"StiAv of Diseases ':Ailra-1 Foci" pub in Review of Eastern 1,:edical Sciences, Munich
t
-rianv, Jan-~'arch 1056
Cie! , Tncl.
t-1.1thor dEsci:sses a sumjn,~,ry rent by P.1'. Petrishch-eva of the Scientific Yeeting of the Yin
of 'Te&th TTSSR, of the A' 'S TT SSR and of the inst of Yicrobiology ~Z Zoidemiolw~y, VS USSR
on the oroblems of local enideadology ~-_ natural formation of foci. of hurnian diseases, pub
ir: ~Meditsinskiy Proirnyshlennost, No 3, 1955.
ltDetrishcheva reoorted the Meeting's coverage of several diseases with natural foci-
FAdmok Ricba%dom- Ricke"idu -which -
nephritis Occur On the steppes (0- 1 KOrshu"MI, , Mon mountain plains In the
southwest of the USSR (C. P. Plantkovskays) and In wooded mess in the centf^~i
as I
USSR (L M. GrokhovskaYa). The rickettsial agent was designated elyj
pavlovsid, by Korshunova, in honor of Aca&midan PAvloVsldY- Spo=n e
~e
rickett&losis was met in a natpral state In wild rodenti and ecto-parasites, GA-Al,
iiw
sides, Tetranychiclat, Ixodid'd end fleas. The resistance of the ridketW&e and
71mr
transfenal to guinea pip by the bite of the nd* H. x1meovi Was exPerim
demonstrated by 1. N. Grokhovskaya and 0. S. Korshuzova. Tramp
and GamAkles
transovarial transfural was demonstrated for the Ixodides Ae. spontf~~
(H. gtasgovi) and transPhasic transftfr&l for the Teftanych1d were obit"ed
rickettsia reservoirs in the Sandy desert of southeast Turkmenla
in the liodides. H. asiadcum. P. -Sch. et Schl. (S. N. Kulagin. S. hL Shmayeva. M.
ov. A. A- Irchelkina). Morphological data and a reaction o(Vc-
V~ ~Shekh h4 of tht cauu
men *ith various rickettsiat antigens skow the relations
tive agents of the rickettsiosti to die mite typhus group. The pathtqenicity for
humans was not established.

KRYUKOVA. A.F.; SHOSHIRA. M.A.; SUVOROVA. L.G.; SHEKHANOV, M.V.
------
Lpizootic foci of Borovskii's diaease in Kara-Kum. Yop.kraev., ob.
i ekep.paraz. i med.zool. 9:25-31 '55- (MIRA 10: 1)
1. Iz otdela prArazitalogii i meditsinskoy zoologii (zav. akad.
Ye.N.Pavlovskly) Instituta epidemiologii i mikrobiologil imeni
N.P.Gamaleya (dir. - deystvitelinyy chlen Akademil meditainakikh
nauk SSSR Prof. G.V.Vygodrhikov) Akademii maditainakikh nauk SSSR.
(X&RAUM--IX ISHKANIOSIS) (G&MIIS) (XCTH FLUS)

ZIMAYEVA, Z.M.,XARULIN, B.Ye.;P(;HELKINA, A.A.;SHEKII#NOV.A_M.V.
i4mm,11B as vectors of Rickettsia burneti - the causative agent of
Ci-fever. Dokl. AN SSSR 109 no.6:1127-1228 Ag '56. (MLPA 9:11)
1. Institut epidemiologii i mikrobiologii imeni 11.1, Gamaleye. Akademii
MeditsinBkikh nauk SSSR. Predstavleno akademikoid YeiN. Pavlovskim.
(KA7.AIMTA-N--q FEVFIR) (RODENTS AS G-RRIERS OF DISF.A.S3)

USSR/ViruloL-,y - Rickettsias. E-5
A
Abs Jour : -Ref Zhur - Biol., No 15, 1958, 67007
Aixthor : Kulagin, S.M., Zhmneva, A.M.,_Shekhanov, M.Y.., Pchelkina,
A.A.
Inst : -
Title : 'The Characteristic of Nidus of a Tick Rickettsiose in the
South-East of Turkmenia.
Orig Pub Zh. mikrobiol., epidemiol. i irm=obiologii, 1957,.Ilo 7)
114-im
Abstract The presence of ticks ILyalomm. asiaticum naturally infec-
ted by rickettsias ,ms established in one of the districts.
The isolated rickettsia strains are pathogenic for guinea
pigs, white rats, young white mice (weight not more than
10 grams) and chick enforyos. These strains are mrphologi-
cally close to Dermccatruxenus sibiricus, D. murinwa, D.
conori and are different froia the latter in thei-1- case
toward polynuclearimtion. The authors ascribe the
Card 112

SHPSKHANOV. R.V.
Geographical factors and conditions of the habit Influenceing the
reproduction of the greater gerbil. Blul. MOIP. Otd.biol. 62 no.5:
u6-117 S-0 157. (MIRA 10:11)
(GFM ILS)

SHEKHANOV9 PI.V.
Index of Soviet literature on rodents published during 1954-1956.
Mat. k pozn. fauny i flory SSSR. Otd. zool. no.38:231-279 160.
(MIRA 14:3)
(Bibliography-,Rodentia)

MISHCHOKO, N.K.; SHEKHANOV, M.v.
Role of farm animals in foci of tick-boxne encephalitis in the
northern part of Kalinin Pravince. Med.parax.i Daraz.bol. 29
no.3:271-274 160. (MIRA 11:12)
(ENCEPHALITIS) (KALININ PROVINCE-TICKS)
(PARASITES,DaMTIC ANIMM)

- SHMMOOV, M.V.; SUVOROVA, L.G.
Natural foci of cutaneous leishmigniasis in the southwestern
part of Trukmenia. Med.paraz.i paraz.bol. 29 no.50 528
S-0 160. TMIRA 13:12)
1. Iz otdela prirodnoochagovykh bolezney (zav. - prof. P.A.
Petrishcheva) Instituta epidemiologii i mikrobiologii imeni
N.Y. Gamalei (dir. - prof. S.R. Muromtsev) AMN SSSR.
(DEMI BOIL)

SHEKHA,NOVP M.V.; SUVOROVA, L.G.
Characteristica of natural foci of cutaneoua leishmaniasis in
%western Turkmenistana VoP.kraev.paraz.Turk.SSR 3s8l-M 162.
WERA 16-W
1. Institul epedemiologii i mikrobiologii imeni N.F.Gamaleya
ANI SSSR, Moskva.
(TURKMENISTAN-DELHI BOIL)
(TURKMENISTAN --SAND FLIES, AS GARRIERS, OF DISEASE)

S~Eh !;., i ; p - ~' .
1r.6-x of Soviet literature on rodentsp published in 1957-1959.
Mat, k pozn. fauny i f1cry SSSR. Otd, zool. no.40:177-278 165.
("an 18.9)

SEMMANOV, S.M.
Some characteristics of the metastatis of medul-loblastomas.
Vop.neirokhir. Z2 no*6:4(.-47 N-D 158, (MIRA 1Z:2)
1. Hauchno-isaledovatellskiy ordena Trudovogo Krasnago %nameni
institut neyrokhirnrgli imeni akad. N.N. Burdenko AMU SSSR i
kafedry neyrokhirurgii TSentrallnogo instituta usovershenstvo-
vaniya vrachey Ministerstva zdravookhraneniva SSSR.
(MEDULLOBILASTONA, case reports,
metastatic spreading (Rus))

S!TK-HANU!, S,M.
'K-ray examination of the spine in the diagnosis of tumors of the spinal
cord in children. Vast, rerit. i rad. 39 no.402-37 Jl-Ag 164. (MIRA 18:7)
1. Institiit neyrokhirurgii imeni Rurderfl~o AM SSSR i ke-fedra neyrokhirurgii
,'zav~ - prof. A.A.Arendt) TSentr6lInogo instituta usovershenstvovaniya
vrachey, Moskva.

o,
RA
n4 C
a,;E

L/Oct i(,-)
E s -7 Ili, .4, c I ns L' ft 1 2 Au~- 1 054

MIMIANOVA, Elena, d-r
Krustnikoy's theory accoring to the Pavlovian theory; 15th annivoreary,
of 11rustnikovia death. IzY. mad. inst.. Sofia Val. 9-10:427-446 1954.
(BIOGRAPHIES,
Krustnikov, Nikola)

QYA, I.A.
Materials on t~,.e nutrition and growth of the young of sow cyprinoid
fishes in the Amir Basin. Hat. k pozn. fauny i flory SSML Otd. zool.
noo'32.*491-503 152. (MIR& 1134)
t
1. Iaboratoriya ikhtiologii Instituta zoologii Mookovskogo gosudar-
stvennogo universiteta.
(Am= Valley-Carp) (Fishes-lbod)

/.e
T
7 Z
!I. A
VUse of phospitoms-32 for tnttrldo~j
ATUrwn, fryi
Shekhano si-iMo5O.-
ov , RyInve Rhim. 31, No.
ry can kept'for I ti) 2 hru. In water conts. Na%HF 004,
or KiRP320,inconcit.of L-2ate.fl,sortheycan beiiveufood.
withl?". The P41 is ccPO. mostly in the skelefon but isj
also distributed in all soft tissues. It I= been detected as
long as 3 months afterAotage. In 19W-4, 5W carp fry,
12-20 trum, were kept for 2 brs. in an a4uariuvi contg.,2, y -
PIt/l. None wag lajumt. After 77 days a&1vity per. 100,
mg. tissue gave W impulses/min. civer the bulwoun&- If-"
initial conert. is increaseilp tritces.wiii remid longer~ . Stur-1
geon fry were -found to-iosimilate considerably less~]?-.-
Sturgeon fry at the Kuriv Ind. Expti. Sta. wem raised by-ii
combined method to 200-M mg. weight: When they, were.
released into ponds ~ of running water. They attained it
weight of 1-2 g.,, lit marking, the ofiso6ael,.% and daphines
used for food were repla,~ed by marked olijochuetts, wbia
were prcpd. by feedingwIth dzy yeast wetted with sol. Mar-
HpO, with culcd. P"~ concit. 3-4 -me./g. oligochAites.
Theactivity attained was 100-200 hr~PUIM/rmn. after 48
hours when they were led to the sturgeon. ~ Ninety-sixi
thousand fty,iiverc tak~a from 6 batilas and gived'2) lati 61
marked- oligochutes we~,zhlnt',20WAr~~ Almost complew,
assimilation of P" may be expected.' After,24 bra. xv~
activity of single fry (hctd dorsal fin up) was 700 Impulsits
permin. Thefrywerekel;tinbasins.- The controb were 1000
unmarked fry. After I manth at auav,weight of 2 g.j
:J
72,500 were released into ihe Kura river.,- - The activity was
now 600 impuLses min. ~ Control fry weighed 4 g. Two
days after release 2 niarkett fry were caught 2 Jim. above the
-Subse rmlly. -from June 25 to 27 catches
release point. qti - On
were made with 25 m- tmw1s,with 8 mm.,mesh neu-,
seashore 2 Ion from the nzabi Uri
June 25 near the
fry were caught of which 6 werWmarked,. On june.27 r

F7
Name SHEKHANOVA, I. A.
Dissertation Phosphorus met-bolism in youn carp and
sturgeons; exTerinent using .52
Degree Cand Biol Sci
Defended At Acad Sci USSR, Inst of Animal Morphology
imeni A. N. Severtsov
Publication Date, Place 1956, Moscow
Source Knizhnaya Letopis' No 6, 1957

ly Of
112h. 1. A, *!dFIonv*rg&nDkoltdo,~,!Ahol~,md
/f- Is
N..* S 100.1 varieties of ~a`P
';so
1,
.1
U
11
Immersed in water cot show a decided m
tg
ladon of the inorg. P. This occurs through the mctth!;'1i
, .1
PAP sipp. and through the x1do-scale structures of the rest o the
bo nen Is found In gills and scales, but
11 Yihjhayg."ej=-sho~ at lent some P" content, ts.-
a
t
pec6fly the blood and the digestive tract. All parts of thi
d4restive tract take part In the asAmilation. although th
anterior part is most active. -.G. M,K950-AP-Off-
I

Metatibc L 1-- ('arrl~, arici
t cl:i defended 'rjr the de,,ree c*.' !'ai, 1 i iae -, f B; -ri~all ~-ences a
~',le Dns~,-. ft)r t',,,e of ki-DrInis 1,-: A. 77. Se,.7ertcev.
Je ense f- f se r-,a t " or: ' Jan -Jul I --, ,7
~Se_-t. ~f B 4 01G_~ -al Scien-,-es
i I L
Vest. A,'.' SEE:', 1'---,5'71 -,'71 'No . I-I, -,-,p . L L'7 -11

SMHAW)VA, I. A.
?-%thod for sass tagring of young sturgeons with radioactive phosphorus.
Trudy.sov.Ikht.kom. no.8:327-1131 ' 58- (MIRA 11:11)
1. Veesoy-uznyy nauchno-insledovatellskiy Institut morskogo rybnogo
6ozyaystva i okeanografii.
(Fish tagging) (Phosphorud-IsotoPes) (Sturgeons)
11
I

TCAR DMIN, G.S., SOLDATOVA, Ye. V., SHURA OVA, I.A.
Some resultb of mass tagging of "nonstandard" young sturgeon
with radioactive phosphorus. Migr.zhiv. no.1:27-4.0 159-
(MIRA 13:6)
1. Voesoyuznyy nauchno -iseledovatellskiy institut rybnoge
khozyaystva.
(sturgeon)

SMEIT ", 7.1. i.~.L
nrobl~ns w-th regL.-d to r,,--osphorun -r,.,,tabol:7
:(j 44: '0-77 165.
.y
(Phosphorus netabolism)
(Fishes-PhysioloC
.,.v)

J'~?5'87
YO -M -
-AW
tica -
;~hffli
of
bior
r
f fo
ula
.
a
o
o
I
W
p
y
g
fishes. T., A~ Shekhancivi,Dokl. Ahad.-Iti: S.S;jq"-I956j' 106.
j4

1.
Z7
Monti
ivere, carried out an. I yw 61d * Carp fishes t O-J-74-05 mg and,

H"P0
c
e u
U
20
200
L
f X
4d
d t
the
A
-
e
o
Me
er a
o
, were a
-p
pu
a,
/
'
f
d
d
of time the..aninials w-d IdUed avid th
content
certain perio
o

:
82P mw detinnined In-'b1j)bd, scales,,skln 'be-
M
P
t rt.
mucosa of ibe'moutly dif pren pa p the iligestivolract,.)
'WO
vis In the 01i *nd-
teen, lil"eys and bride. The highest 4conen, v,
F~. i.Zt I. Aild bones. and kidneys"'Most of the 84P enter
ami
i
h
D
fi
of
h
O
d m
s
t
f
or
ntn
t
out
ma
organ
sm o
the
N an
;a
sh by way
e S
throilgh the surface of MaL body; Absorption of "P-nectin in the
whole of the digestive traa mostly-, however in, the initial partsi*~f'.
There is some relation between the amount of 32P taken In the J.
fi
l
i
i
h
d i
h
j
,
nt
T
l

.
cr.
at
s
ts conc
m
emp.,var
an
n the wa.
onsp
aynos
:....
g'
G.,
r6l,3. (RussUa) FIGLIP.

4.

P
-'N

OTSEP, S.A. [deceased], kand.tekhn.nauk; JHEKHAVTSOV, I.M., inzh.
---
Sanitary engineering'facilities installed in experimental
demonstration buildings in Moscow. Opyt stroi. no.8:119'-Al47
'57. (MIRk 11:1)
(Moscow--Sanitsz~y engineering)

- __ N i
SHEKHAVTSOV, I.M.
A.- 11, .-_~.
Comminutora. Vod.1 san.tekh. no.9:36-38 S '57. (MIRA 10:11)
(Crushing machinery) (Sewage--Purification)
-,j

, I , I-f
, I I I, -, , , , ,-
SHNKHAVTSOV. I.M., inzh,
Prestressed reinforced corcrete pipes (from "Materialy budovlane,"
no.1t. 1956). Biul. stroi. tekh. 111' no.12:31-33 D 157. (MIRA 11:1)
1. Mentrallu~7 nauchuo-issledovateltakiy institnt stroltelletva
Akademii stroitellatvEL i arkbitektury SSSR.
(Netherlands--Pipe, Concrete)

SIEVOTSOV, 1.14.,inzn.
Agriciiltiiral water supply. Opyt stroi. no-17:49-93 158.
(Mlak 11:12)
W.. (Water supply, Rilral)

DERING, S.A., kand.med.nauk; SHEKHAYEV.,QqVt_~ (g.Nikolayev)
Stable spasm of accommodation in diseases of the central nervous system.
Oft.zhur. 15 n0-7:426-431 6o. (MIRk 13:11)
(NERVOUS SYSTEM--DISEASES)
(EYE--ACCOMMODATION AND REFRACTION)

. -*. I , I I ~ -- - T, ~- -. : . ~:. -, ~ :-, - ~!. ~ - , ~_ L r-. ~ , , . ; - " - e ". . ~ ~ -- : :. * / ~, ~ , , - ; . I ~~, , 7 -, '- , : , r,
- . . . - I I- . .1 . I , . . ! -- p , -
, 1, . . - .
~, 2 . I , - T - " -, - I
,~ ::.i 1. a 1- , . , ! -1 " "'. . --. - - 1. : ')

TISHCHENKO, I.T.; PRIKA, D.O.-, SMMHI~,T. A.L.
Results of discharging patients in scarlet fever cases on the 14-15th
day of the disease. Zhur.mikrobiol.opid.i Immun. no-3:29-33 Mr '54.
(MLRA 7:4)
1. Iz Kiyevskoy gorodskoy sanitarno-epidemiologicheskoy stantaii
(glavnyy vrach F.I.Yuvzhanko) i kliniki detskikh infektsionnykh
bolezney (zaveduyushchiy - professor A.V.Cherkasov) Kiyevskogo,
meditsinakogo instituta na baze 5-Y Kiyevskoy detskoy infektsionnoy
bol'nitsy (glavnyy vrach A.L.Shekhet). (Scarlet fever)

TISHCHENKO,, I.T.; PRIMAK, D.O.; SILYAVKINA, A.N.; SOFIYFNKO, N.Ya.;
SHEKHET A.L.. NEVIDNIKH, A.A.
Ways for decreasing and eradicating diphtheria in Kiev. Zhur.
mikrobiol., epid.i immun. 32 no.12:io6-lO9 D 161. (MIRA 15:11)
1. Iz Kiyevskoy gorodskoy sanitarno-epidemiologicheskoy stantsii
i 5-y detskoy klinicheskoy infektsionnoy bollnitsy.
(KIF,V-DIPHTHERIA-PREVENTION)

t
SHEKHFITS, V.P.; LITYUGA, V.S.; AND-INOV, P.K.; KHL-PVNYUK, S.S.
Semiautomatic machine for testing disk springs. Mashinostroitell
no.7:10 Jl 163. (MIRA 16:9)
(Springs (Mechanism)--Testing)

PECHKOVSKAYA, K.A.; Sh7EKHID-KffUZZM1,--A~:4.;-ORWVSKIY, P.N.; LIVSHITS, F.B.;
NOVIKOVA, I.S.; BRYUSHKOVA, I.I.
Chemical and physicochemical methods for evaluating the quality
of carbon black. Report no.2: Primar7 "structure" of carbon black.
Kauch. i rez. 17 no.6:8-13 Je '58. (MIRA 11:7)
l.Nauchno-issledovatellskiy, institut shinnoy promyshlennosti.
(Carbon black)

3 ": ."i 1: ~. ;,- *. , 1; . I .
"Vitamin A and Carotene In the Blood of Children Sufferinu From Dysent;~ry
an~ :-:E-asles." ',and "ed Sci, Leningorad Ar-te Pedintric :,edical Inst, Leningrad,
L95 (RZh7--iol, No 7, Dec 54)
Survey of Scientific and Technical Dissertations Defenried at U-33R Eigher
Educatiorial Institutions (1-2)
30. Sum. No. 550, 24 Jwi 55

LAFA19fAq A.A.; SHMMINA,, N.I. ,
Total protein and gamma globulin content of the plasma in
dysentery in infants. Fediatriia, 38 no.1:39-43 160.
(MIRA
(BLOOD PROTEINS)
(GAMRA GLOBULIN)
13tlO)
(DYSEdW)

LAPAKHA, A.A., kand.med.nauk; PIK-IXMNTIN, E.M., kand.biolog.nauk;
SHEKHIYA, N.I., kand.med.naA
Salmonella infection in children, mainly in infants. Pediatriia
no.2:16-21 162. (MIRA 15:3)
1. Iz kafedry infektsionnykh bolezney u detey (zav. - prof. A.T.
Kuzlmicheva) Leningradskogo pedistricheskogo meditsinskogo insti-
tuta (dir. Ye.P. Semenova) i Detskoy infektsionnoy bollnitsy
(glavnyy vrach K.A. Dadkina) Leninskogo rayona.
(SAU-IONELLA) (INTFANTS-DISIIISEZ)

LA.PAKHA, A. A., kand. med. nauk; SHEKHINA, N. I., kand. med. nauk
Effect of ganmz globulin on the content of total protein in the
plasma in dysentery in infants. Pediatriia no.4:1+7-51 '62.
(MIRA, 15; 4)
(DYSEIATERY) (PLASMA PROTEINS) (GAMMA GLOBULIN)

Ye.A.
;',Ie,~trir- interio~-:king sysOmi local ,.ouplings P.,51 a.c. current
- ( '. ~ T f-4,1
reserves. Avtom. tele,n. i sviazl 8 no.1:28-30 Ja 64. - 17:3)
1. ilachal'nik Kureanskoy distartsii signalizatsii i swfazi Yuzhno-
Urallskoy dorogi.

L 0~_!' ~-;"L- ' ? __ 7:1- ( j )( -.iL 1.-.13 ( ~7 )____ Jw/a,~';
ACC NR: AR6031253 eAj SOURCE CODE: UR/0081/66/000/0111SO42/SO42
AUTHOR: Lopatinskiy, V. P..; Shekhire , Yu, P.; Sirotkina, Ye. Ye.
TITLE: Interaction of amines with vinyl esters. III. Vinylation of diphenylamine
with vinyl acetate and the synthesis of the N-vinyl diphenylamine polymer
SOURCE: Ref. zh. Kimiya, Part II, Abs. 11S258
REF SOURCE: Izv. Tomskogo politekhn. in-ta, v. 126, 1964, 55-57
TOPIC TAGS: amine, vinyl ester, vinylation, diphenylamine, vinyl acetate,
polymerization, diphenylamine polymer
ABSTRACT: The optimum conditions for the vinyl exchange between diphenylamines
and vinyl acetate are provided when the reaction is carried out for 10 hours in an
acetone solution in the presence of HgSO at 20C. The resulting N-vinyl diphenyl-
4
amine polymerizes directly in this reaction medium, forming polymers during the
vinyl acetate conversion of 90-1007o. With a yield of 72-730/6, a fraction is obtain-
ed which is insoluble in methanol and consists of a white amorphous powdered
polymer with a molecular weight of 800-1050, and a melting point of 115-130C.
The polymer is soluble in aromatic hydrocarbons, chlorobenzene, dioxane,
1/2

L o5i'94_67
_;kCcWk:__AR6_03_1253___
chloroform, and pyridine, only slightly soluble in methanol and ethanol, and insolu-
ble in water. The specifib volume resistance is 1015 ohm/cm, dielectric perme-
05 cps). The reaction under other conditions at
ability is 2. 8 (at a frequency of 1
0, 10, 30, 40C and 4, 6, 8 hours in acetone and dioxane produces a polymer with
a yield of 8-60%, while no reaction takes place in pyridine, ether, and nitrobenzen
Orig. art. has: 11 photographs. RZhKhim, 1966, M145. V. Kopylov. [Trans-
lation of abstract]
SUB CODE: 07
ki,
Card 2/2

11 68888
S/051/WoWWO15/036
AUTHORS: Gross, Ye.F., Razbirin, B.FOa1h/93~kekhmamet'yev,.R,I.
TITLE: Investigation of the Reflection and Luminescence Spectra
of Copper Halides at Low Temperature
PERIODICt,L: Optika i spektroskoplya, 1960, Vol 8, Nr 2,
pp 232 - 238 (USSR)
ABSTRACT: This paper is based on the results of the diploma worX
of B.S. Razbirin and R.I. Shekhmametlyev-carried out at
Leningradskiy gosudarstvennyy universitet im. Zhdanova
(Leningrad State University im. Zhdano-%~) in 1955-1957.
The paper reports the results of an investigation of the
diffuse reflection and lumin.escence spectra of CuI
(Figures 1, 2),OCuBr (Figures 3-5) and CuCl (Figure 6)
crystals at 77 K in the spectral region around the
fundamental absorption edges of these three compounds
(some of these results have been reported earlier, cf.
Ref 8). The crystals were used in the form of sublimated
layers deposited in vacuo on glass plates and in the form
of fine-grained powders. Luminescence was excited with
ultraviolet light from a mercury lamp SVDSh-1000:
Cardl/5 q/

68888
S/051/6o/oO8/02/015/036
Ego
Investi,-__~c.j_on of the Reflection and Lum2.He1q1eWle Spe~ctra of Copper
~'Ialides at Low Temperature
for CuI and CuBr the 3 660 X wavelength ips used and for
CuCl shorter wavelengths (3 100 - - 500 ) were employed.
The reflection spectra were obtainecPing a continuous-
spectrum source (an incandescent lamp). The reflection
and luminescence spectra of the same sample were recorded
by means of a quartz spectrograph Q-12 with 50 A/MM
dispersion in the 4 000 A region. The results obtained
can be summarized as follows:
1) The reflection and luminescence spectra of copper
halides are similar. The positions of the long-wavelength
absorption edges of CuCl, CuBr and CuI do not differ
greatly. Reflection maxima Identical with absorption lines
are obtained for all these crystals in the region of the
absorption edge. The luminescence spectra of the three
crystals have groups of narrow lines, of which those lying
at shorter wavelengths coincide w-4th the appropriate
absorption lines. The luminescence spectra cortain also
.vide bands at longer wavelengths;
Card"/'~', 2) Adsorbed gases affect strongly the structure of the ~V

68888
S/051/6o/oo8/02/015/036
E2014F-3
Investigation of the Reflection and Luminesce ce91pectra of Copper
Halides at Low Temperature
luminescence and reflection spectra of CuI and CuBr
crystals. After adsorbed gas is removed the luminescence
and reflection spectra recover their original form (this
process can be repeated many times);
3) The luminescence spectra of CuI and CuBr contain groups
of equidistant lines similar to those observed in other
semiconducting crystals (CdS, CdSe, ZnS, ZnO, etc)j
4) The results obtained indicate that the short-wavelength
weak luminescence lines of CuI, CuBr and CuCl, which coincide
with absorption lines and are not greatly affected by
surface treatment, are due to processes occurring in the
crystal lattice. The long-wavelength strong luminescence
lines, which are very sensitive to surface treatment, are
due to some processes occurring at the surface. There
are 6 figures and 12 references, 6 of which are Soviet,
3 English and 2 French, 1 German. 41
:.v'U;:i*11'1'rEj0: June 3, 1959
Card -i/3

20138
AUTHOR:
TITLE-
PERIODICAL:
SP
B 1 01 j /Z; 2 0 1,
Shekhmametlyev, R 1~
Low-temperature luminescence and absor,-tion of B.'I, crystals
Fizika tverdo_,-o tela. v 3. no. Z, 1?61, :5811-::8LI
TEXT; The principal results from a number of S--_,dies are discussed (Study of
t1le dependence of t're struct,,;re o-f t-p- funda-e.--ital abeor-jtion ed.~e on temrel-
ature, impurities and conductivitv of Bii-,, cos,_tion at room temceratureata3at
660 mp, shift toward shorter waves with d~o~-ping temperature; at nitrogen
temuerature the edge lies at about 0310 mp, absorption coefficient jo5 -cm-1.
imDurizies had no effect; assumption of the short-wave bands being correlated
the band at 6395 A with impurity absorption;
with exciton absorption, and 11 -
investioation of optical and nhotoelectrical properties; fine structure of'
I I
the spectral distribution of photoconductivity, et~,)_ A rerort is then
Eiver, on the results of the author's own investigations, These included the
examination of BiI3 sing-le cr,,-stals and fine-cryst-alline layers, the latter
being sublimated at 2000C in a glass am-3ul (P = 5-10' mm THIE), while the
eingle crystals were bred from the gasec-.-,,s -hase (-clatelets x "' =2 lal-e
lard 1/5
;I

S/.8 6 310r,_P 1c, 7, 6 /0 'z cl
Low-temperature luminescence B.0-40
and -50 11 thick); the optical axis was in perzendicular to the -platelet
Dlane, The form of the absorption spectrum was a :un-'I,icn of the specimen
thickness- Thick layers and crystaI2 had an abscr,,tion band at about 63.0 m4
(3 MiL width); with decreasing specimen thickness t'ne abscrption ed.-e shifted
toward the shorter-wave region, and a broad "band was observable at
591-0625 m~L. A sharp maximum was noted at 61' m~, (width 2 r-4), Thinner
layers displayed a still sharper band at 579 m4 (width 4 mA). No short-
wave structure was observable on crystals because of the large absorption
coefficient. All of the single crystals showed the band at '039 mg, which
became less distinct with decreas-Lnir thickness, Some of ~he fine-crystal-
line layers exhibited an absorption band at 628 m4 The spectra of diffuse
reflection, which were likewise examined had the foil-owing minima at 770K:
582 mp, 600-0625 mg, and '039 m~L; some of the stecimens had also a minimum at
628 m4. A further argument for the existence of a short-wave structure iii
the absorption spectrum of sin6le crystals is the appearance of peaks of
Dhotoconductivity in these re-iors. The curves of spectral distribution of
priotoconductivity at 770K display miax,.ma at arcvind ':~71 and 611 m4~ UV-ex-
cited fine-crystalline BiI 3layers at 770K dis,~,_Iayer� luminescence in the
Card 2/3

20138
S I I B 1 /6 - /-CP_ '_z1C021C:z61C= 0
Low-tem:_-erature luminescence C~ 3 2,0 1
absorption edge re6;ion. On excit_-'tion thrcut;~-.. a green filser. lurLinescence
intensity rose considerably- The luminescence s~,ectrum has the following
0
bands at 770K: 626-630 mp, '041 ',14 (636-6.113 m"), 651 mp (649-654 mp), and
663 1-,,p (659-667 mg). Single crystals bred directly from Bi 13 powder dis-
played no luminescence; if, however, tliey were qulbjected to recrystalliza-
tion (whereby purer and finer sin~~le cryatala sere obtained)~ luminescence
did appear, with the spectrum being equal tc -hat of fine-crystalline layers
Investigation results proved the relationship between edge emission and the
structure of the fundamental absor,,~tion ed-e. Ye. F Gross, Corresponding
Member AS USSR is finally thanl:ed for a_`,-_ce an-J discussions. There are
2 fi~;ures and 10" rei~'erences: 7 Soviet-blon and 6 non-Soviet-blec,
ASSOCIATION: LeninErad-ski-y Gosudarstvennyy universimeT (LeninCrad state
University)
SUBI~IITTED: June 23, 1960
Card 3/3

GROSS, Ye.F.; SHEKINANETIM., R.I. . -
Connection between edge luminescence and the structure of the basic
absorption edge. Fiz. tver. tela 3 no. 3:889-894 Mr 161.
(MIRA 14:5)
1. Leningradskiy gosudarstvannyy universitet imeni A.A. Zhdanova.
(Absorption of light) (Luminescence)

29699 S/161/61/003/010/028/036
B125/BI02
AUTHORS. Gross, Ye. F., and ShekhmamWyev, R. I.
TITLE: Complex structure of excitation spectra of luminescence of
HgI2 and PbI2 crystals
PERIODICAL: Fizika tverdogo tela, v, 3, no. 10, 1961, 3162 - 3166
TEXTs The authors determined the excitation curves for luminescence of
HgI2 crystals and of sublimed PbI 2 layers at T - 770K. According to
V. A. Arkhangellskaya and P. P. Feofilov (DAN SSSR~ 108, 803, 1956; opt.
i spektr., II, vyp. 1, 1957), the intensity of each luminescence band of
an HgI2 crystal is in different ways a function of the intensity of the
light source. The first seriesof HgI 2 crystals has been grown in the
authors' laboratory by K. F. Lider who emlioyed slow crystallization from
a solution of HgI 2 in acetone~ A second series of specimens was grown
from the gaseous phase. Fig. 1 shows the luminescence intensity of Hg12
crystals as a function of the exciting wavelength at T - 770K. No
Card 1116'

2961)18 1/ 6 1/00 3/010/ 02 8
S /036
Complex structure of... B125/B102
absorption lines correspond to the apparent peaks at 5360 and 5280
(t 20 - 30 f) found on the excitation curve 2. The structure of the ex-
citation curve for red luminescence of the same HgI 2 crystals was found to
be hardly influenced by surface treatment, The various luminescence bands
correspond to various crystal cLiters, The yellow-green and the red
luminescence are closely related to the exciton absorption lines. Fig. 2
shows the excitation curves for red luminescence of an HgI 2 single crystal
at T . 770K. For excitation with EIIC the Deak at 5330 2 does not aDDear
on the excitation curve. For EIC the peaks at 5330 and 4932 1 will occur.
The latter is due to incomplete polarization of the absorption line
%- 4932 R. The authors also investigated the excitation spectrum of the VY
low-temperature luminescence of various PbI 2 crystals. The specimens were
sublimated at ,AOOOC upon a glass backing. The spectral lines found are
curved, deformed,and are shifted relative to the absorption line )L- 49481
of PbI 2 single crystals toward the short-wave reSion of the spectrum. The
Card 2/46'
7-1-11

29699
S/181/61/003/010/028/036
Complex structure of ... B125/B102
results of this paper point to a close connection between broad lumines-
cence bands of HgI2 and PbI2 crystals and the structure of the self-
absorption edge. The maxima and minima of the luminescence excitation
curves could correspund to lines with exciton structure. The authors,
experiments have shown that excitons play an essential part in the
luminescence excitation of crystal centers and defects. There are 3 fig-
ures and 8 referencess 6 Soviet and 2 non-Soviet. The reference to the
English-language publication reads as followas S. Nikitine et G. Perny.
C. R., 240, 64, 1955; S. Nikitine, Phil- Mag,, 1, 1, 1959.
ASSOCIATIONs Leningradskiy gosudarstvennyy universitet im.1. A. Zhdanoya
(Leningrad State University imeni A. A. Zhdanov)
SUBMITTED: June 2, 1961
Card

33360
~25 S-0 037, 113~11111
10 B I 041B 102
-in, Shekhmametlyev, R_ I,
Grovs, Ye. F., Razbii B. S., anti
TT' 1. E': Spectral distribution of the excitation of edge lumines-
cence of US cry3tals
-.-_-1,-JD17CAL: Fizika tverdo-O tela, no. 1, 1962, 21-- - 216
V~ 4
TEXT: The authors studied the excitation spectrum of green luminescence of
CdS crystals at 770K. An incandescent lamp whose light fell on the crystal
3urface through a monochromator with an angle of 50 - 800 served as ligft
source. According to the shape of their luminescent excitation curves the
.dS crystals can be divided into two groups. In the first group the maxima
of the excitation curves of green luminescence coincide with the absorption
lines )f tale crystals. In the seconi group the minima of these curves
coincide with the absorption lines. If a crystal of the first group is
neated to 2500C and then rapidly cooled in liquid nitrogen it then belonEs
-~o --roup two- By heating crystals of the second group they could not be
,.ransformed into crystals of the first group. Due to these heat treatments
')211~, the zinima became more shallow and the short-wave part of the lumires-
cer-ce excitation curve became more intense. This property of the CdS
Card 1112

33360
S/181/62/004/001/073/0-r-2
.~Dectral distribution of the excitation- B104/B102
crystals is explained by the fact that photoconductivity and luminescence
are produced by the excitons- The maxima and minima of the excitation
zind their behavior on heat treatment is related to the annihilation
of' excitons. B, V. llovikov (FTT, 1, ~57, 1959; ZhTF,
7;~,), 1058) is mentioned,. Viere are 2 figure.9 and FJ refererices:
)v-iet ~tn,! non-F)cviet.
The two references to
tion ,~ re~_-id as follows- C, C. Klick- Phys. Rev., 86, 659. 1952; 274.
it Dat-on- J, Phys- a. Chem- Sol., 6, 101, 1958
Leningradskiy gosudarstvennyy universitet (Leningrad Sla-e
University)
1061
!TT-7D,. August 3,
2112

9/181J0/005/002/018/05.1
B104/B 02
AUTHORSt Grosel'Yes F*# and ,,3hekhmamdt1yevj
TITLE: Study of the excitation spectrum of the ddge luminescence.-
of copper halides
j,
PERIODICAL: Fizika
tverdogo'telet V- 5, no'. 2,9 1963, ~02-595
TEXT: The object here is to bring-out a relationship between the edge i
luminescence and the exciton absorption lines in the~'absorption~speotru_&.-: J~,_..-,
of crystals. The luminescence excitation spectra of polyorystalline.ft
0
CuBr and CuCl layers were studied at 77 K-in the region of exciton
absoi,ption. oduced according to Gross et al.
The specimens were pr
i spektr., VIII, 232, 1960). The luminescence was excitedby the,
monochromatic.light of an incandescent lamp and recorded speotrallys
Resolution was such that lines of 15 ~o 20 T width could -be separated.'!
Result a: the edge luminescence of the Vopper halides -is- conneoted with the
exoiton absorption lines., These lines 'correspond to the minima of the
luminescence excitation burves. The fact that the exviton absorption
lines do not correspond to the maxima of the.luminesoence excitation a
Card 1/2

~F I --. - -- -- - - -, --o - -
I - . . - .. -

,v-cizsioN ia- ~2403966o
s/b181/64/oWoo6/1724/1728
MTHORS: Sheldimametlyev, R. I.; Novikov, B. V.
TITLE: Excitation spectra of photoconductivity and edge emission in CdS crystals
SOUPCE: Fizika tvardogo tela, v. 6, no. 6, 1964, 1724-1728
TOPIC TAGS: excitation spectrum, photoconductivity, edge emission, cadmium sul-
fide, modulated excitation, monochromatic illvidnator UM 2, spectrcgrapii IS? 51;
,,otoolectric attachment FE? 1, amplifier 28 IM
A3STI-IUCT :a-citation spactra of edge emission and of photocurrenL in CdS crystals
were studied at modulated and unmodulated exposures a-u a teiT~oerature of 7TK. It
was desired to compare. the characteristics of photoconductivity and excitation of
edge emission in a single speciinen. The excitation of greon emission was produced
by means of a monochromatic illuminator UX-2; the source of Jight was an.imandescent
lamp; and the exciting radiation fell at an angle of 10-i5o- For recording the
spectrum the.apparatus used included a spectrograph ISP-51'with photoelectric
attachment IFF2-1, which gave a good resolution in the narrow ranges of emission of
20-30 A. The spectrum of excitation of photoconductivity was measured both at
-C=d 1/2

AccEssioti NR: Ap4o3966o
Istationary and unmodulated exposures. At stationary exposure the,photocurrent
was registered by an electrometric amplifier. Registration of photocurrent at
modulated exposure was accomplished with an amplifier 25-114. The signal was
rocorded by a mirror galvanometer wiWi photopaper attachment. The modulation of
ilight was produced by a rotating disk with a notch cut in it. The frequency of
modulation was 600-900 cps. In the spectra of excitation of edge emission the
lines of excitation corresponded to maxima in the spectrum for sanple 3 and to
minima for sample 43. In the spectra of excitation of photocurrent at unmodulated
exposure the lines of absorption corresponded to minima in both specimens. 'rho
authors thank Ye. F. Gross, associate member of the AN SSSR., for his valuable
comi-nents. Orig. art. hast 1 figure.
.A.SSOCIATION: Leningradskiy gosudarstvanny-9-y universitet (Leningrad State
University)
a'BMITT ED i29Dec63 MCL: 00
Sn CODE a SS IND REF SOVz 008 OTHMt 009
carJ !/2

USSR./Physics - Magnetic Resonance Jul/Aug 52
"Gyromagnetic Resonance in Nickel on a 10-cm Wave Near
the Curie Point," I. A. Shekhman, Moscow Power Engr
Inst imeni Molotov
"Iz Ak Nauk Ser Fiz" Vol 16, No 4, pp 498-509
Attempts to develop method for detg magnetic per-
meability of substance within am band and applies it
to measurem-,nts of resonance absorption in Ni near
the Curie point, Indebted to K. M. Polivanov.
241T93

MELINIKOV, N.V.; Sli4W-IUBTRR, Sh.YEL., gornyy inzh.; 14EL'NIKOV) V.N.,
gornyy inzh.
Plan for strip mining in the Akkermanovka iron ore deposit.
Gor. zhur. no.4:14-17 Ap '61. WIRA 14:4)
1. institut gornogo dela Allf SSSR, Lyubertsy Moskavskoy obl.,
chlen-korrespondent All SSSR (for Mellnikov). 2. Giproruda, Leningrad
(for Sholchmeyster). 5. Orsko-Kha-lilovskiy metallurgicheskly kombinat
(for Mellnikov).
(Akkermanovka-Iron mines and mining) (Strip minind

'IlEiUUCHYST" Sh.Ya., inzhener; BOGACFEVI A,?.. gornTy inzi-riener
-.P,_
off borir,- and blasL4.-Ig opera"ors fn C-3
rT
eql.lip.ynent -r, open pits* Gc.7. zhur. no.2.,2-).2 IVT~ loz
institu-, Fc- gornykh prPdTri",at.,-,,r
:/iw-!ezcvrud,noy i margantsevoy pr,c~js~dermost-- i ne-
mie~.,al ~,-heskikh, j.skcpayerqk-l,,
LenInerad.

901MYy Corlipi inzli.
Erigina,-ring -itanjar-4-, )f Lhe strip
cr
Ja 165. (X I 'RA YJ
.0 cruye k t rovaniyu T. redp -:1.)ra '~i.7

of lly'!ro -~-.n ~Jul f*i"P -nd
~%onj
L t a
Lononosov
so v oskva
Surn 71

USSR/Chapistry - Catalysts
May 52
1-"Active Centers and Mechanism of. the Oxidation of
Sulfur Dioxide," V. 1. Shekbobalove, -I; V~ Kryloim,
N-1. Kobozev, M6scow State U imeni M.V. Lomonosov
"Zhur Fiz Khim" Vol XXVI, No 5Y PP 703-718
The elementary centers of the oxidation of sul-
fur dioxide are the monoatomic ensembles Ptl
and Pdi, no matter what the chem nature of the cat-
alyzing metal (i.e., Pt, Pd) and the carrier my
be. The activity of the monoatomic Pt ensemble
does not depend very strongly on the nature of the
carrier. The observed dependence of activity on
the dog of filling of the carrier's surface Is in
219"
accordance with the eqs of the theory of active
ensembles. The ~carrier may affect activity by 'its
geometric structure and its inhomogeneity of sur-
face. The latter effect is apparent only when
there 'is a high" diln of the catalyst layer on' the
sLQrface. The fact that single Pt and Pd atoms
are; sctive proves the purely oxidative character
of tho, process and refutes Wieland's dehydrogena-
tion t-heory (i.e., hYdrdtion of sulfur dioxide
followed by dehydration), because the action of dia-
tomic ensembles is required by this theory.
219T9
0

USSR/Chemistry - Catalysts L4.3v 52
"The Catalytic oxidation of S02: II, The Kinetics
of the Oxidatiou of SO in the Region of Atomic and
Crystalline Films of Ratinum and Palladium," V. I.
Shekhobalova. I, V. Krylova and N. I. Kobozev, Mos-
cow State U
"Zhur Fiz Khim" Vol 26, No 11, pp 1666-1672
The authors identified the active centers Of Pt
metal catalysts, during the oxidation of S02) be-
ginning with very thin X-ray-amorphous films of Pt
on silicagel, and ending with clearly cryst cata-
lysts. As characteristic properties, they singled
out the specific form of the kinetic law of S02
oxidation and the magnitude of the energy of ac-
tivation. They detd that the peculiar form of
the kinetic law discovered for the cataly-tic ox-
idation of S02 on Pt wire remains accurate for the
thinnest Pt films on silicagel; also, that the
oxidation of S02 on Pd is also subject to this
law. This was confirmed by the identical struc-
ture of the active centers of (P~l) and (Pdl).
They detd that the energy of activation of S02 Ox-
idation on Pt is const, beginning with very thin
films of Pt on silicagel and ending with the cryst
catalyst; this energy was equal to 1.9,000 small
calories. On Pd the energy of activation wasi
equal to 27,000 small calories, To the authors.
all the above demonstrated the identity of active
centers in amorphous (atomic) and cryst catalysts,,
In this case, the elemental active center is the
single atom Pt or Pdl fixed by the surface of
the carrier, wLther s1licagel or cryst Pt, The
authors conclude that the crystal phase of Pt has
no practical effect on the character of the active
centers, and therefore plays no determining role
in the catalytic process,,
(3)

SHEKHOBA GERASIMOV, Ya.l.; ORLOVA, N.S., tekhnicheakly redaktor
~L~Ovi. -~ ;~
[Rafractometry; practical work in pbysical chomistr7l Refraktometriia-,
prakticheskis raboty po fizichaskoi khimii. Pod red. IA.I.Gerasimova.
[Moskva] Izd-vo Moskovskogo universiteta. 1954. 22 p. (MIRA 8:3)
(Refractometry)