SCIENTIFIC ABSTRACT BEZUGLYY, A.Y. - BEZUGLYY, S.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205210016-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 8, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

VISHNYAKOV, Valentin Vasillyevich[Vyshniakov,
V.V.]; BEZUGLYY, A.M.
(Bezuhliy, A.M.], kand. geol.-miner. nauk, red.;
SHPORTYUK,
V.I., red.; GORBUNOVA, N.M.(Horhmval, N.M.), tekhn.
red.
[Concised geological dictionary-handbook)Korotkyi
geologichnyi
slovnyk-dovidnyk. Za red. A.M.Bezuhloho. Kyiv,
"Radianalka
shkola," 1962. 112 p. (MIRA 16:3)
(Geology-Dictioneiries)

TMOMIROV, DONS Ik ik med.sluzhby,, zasluzhennyy vrach
UkrSSR;
TY,,eO.,pMpolkovnik meditsimakoy sluabby
Cloped lesions and wounds other than gunshot in the
abdomen
and abdominal organs.
Sbor.nauch..rud.Kiev.okruzh.voe-z.goap,
no.4:104-111 162. (MIRA 16:5)
(VISCERA-WOUNDS AND INJURIES)

EEZUGLYY Aje polkoviUk imed.sluzhby; LORHINA, I.F.;
RDGOVA, Ye.A.
Clinical, roentgenological and morphological
juxtaposition in
chronic appendicitis.
Sbor.nauch.trud.Kiev.okruzhovoen.goop,
no*4:131-134 162. (MM 1635)
(APPODICITIS)

BEZUGLYY, A.Ye. (Kiyev, 105, PrOsFekt Mira~ 55, kv. 29);
KOLESOV, V.D.
Experience in the clinical use of the UKI,60 apparatus in
esopha-
geal, gastric and intestinal surgery. Vest. khir. 92
no.1:79-81
Ja 165. (MIRA 17:11)
1. Iz voyennogo gospitalya., Kiyev.

EEZUGLYY, B.
I-
Verified by time. Fin.SSSR 37 Ja 163. (MIRA 16%2)
(Ukraine-Industrial promwemen,~)

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-2- U_
31
USSR/ Paialytical Chemistry - Aivtly~;Ie of Inorganic
Substances G-2
Abs Jour Referat Zhur - Kh1miya, No 4, 1957, 3-2125
Author BezuglyL D.V., Petrusevich I.A., Karlyuka T.N.
Inst "REFFIc-ov Polytechnic Institute
Title Determination of Micro-Components of Tin-Free
Bronzes
Orig Pub Tr. Khar'kovsk. politeklin. in-ta, 1956, 8,
165-168
Abstract For determination of Pb ( - 1 mg) in tin-free
bronzes
colorimetry is applied to a solution of 12 in an organic
solvent after separation of lead dioxide that is deposi-
ted at the anode. For determination of Sn is recommen-
ded the hematoxylin method; conditions have been -worked
out for the separation of Sn from interfering components.
In determination of Sn it is separated by coprecipitation
vith MnO 2'
Card 1/1

C_ -7, U_ L, ) L V'
USSR/ Analytical Chemistry General Questions G-1
Abs Jour Referat Mur Khimiya, No 4) 1957) 11991
Author BeEj~~ D.V., Borovshchuk M.P.
Inst KhaTTR~c~vy~echnic Institute
Title Separation of Cathions by Ion-Exchange Method
Orig Pub Tr. Khar1kovsk. politekhn. in-ta, 1956, 8,
169-175
Abstract Equilibrium distribution of Cu2+ and Mn24
ions between
sulfonated coal and solution can be expressed by the
Roth-
mund-Kornfeld equation, which indicates the
heterogeneous
nature of this ion-exchanger; in the state of
equilibrium
sulfonated coal is enriched with Cu, and the solution
with
Mn. Dynamic exchange capacity of sulfonated coal does
not
depend upon the concentration of the solution. It was
as-
certained that by the method of ion-exchange
adsorption on
sulfonated coal, it is possible to attain a
concentration
and enrichment of ion-exchanger with Cu, and also a
par-
tial separation of Mn.
Card 1/1

BEZUGI.TY. D.V.; PETRUSEVICH, I.A.
Gomparing methods for determining organic substances in
aluminate,
solutions. Zav. lab. 24 no.12:1448-1449 '58. (MIRA 12:1)
1.Xharlkovski.v politekhnicheakiy inatitut imeni V.I.
Lenina.
(Organic matter-Analysis)
(Aluminates)

i),~! Z ~iI
Prr",!L;-~tinri r 77
~f S o, j i C i. ri ~ c n - t, e r b i it e L
Ion
hch
of t~-,c- ion
for its c~tlr:nlafion Lcuu prc_,Z;U~!~ed. CO-.-
bi-
11. taper T(,e !at-- o:-'
vcot.~.rations (7.~,ule i) Llic. principal c~vn_~rric
.actors are, t,he c)~ -.hc icin exc.-.ar,~e zone ir:
',cz;ti=-
column and the sOced of T,'-le :;,.)i-e Ldvancement ir t;ic
colu-:.n.
The exciwln,-,,~ of hydroJen 3. onss cay u!.-mconiui..
--,on3 lz~ 1
tensive in uE inveol.i.---ited catif;ni'en ol' mixed
carbon) ~.-nd sulfo-acid t~rpes. In i--x- cr_i-~.ent "r 4
(`%t'ie
the heiw.-"ht of the zoning -..-;as 16.29 cm, the spci~d C.-f
-.1ie zone 0,0026 cm/scc. ,"r~cniur sikits fror. the
brine of Soviet salt 'Lakes Lxr beer, tranclormed into the
-,ard 1/2 corresc-crding sodium salts wii,~i i yield of L.A.
-Belo-

SOV/~;0-32-2-4/56
'clroduction cf Sodiu--j! Carbonate and Bicarbon:ite b-
Tleans of Ion Fxclhi.~ngers
1;
~--orskaya, Kovaleva, i,--omenko, and V.I. Lu'-as-he,ko
',.-,'Lpc-d jr) the experimeiita,
Thr~~-e are 3 tsbles and -1 ref~,-rcnces, 5 of v.,ii-ich
ar.7 SoVi
,,n-~ 4 rnglish.
AS S 0 C D', T 10 politekhnicheskiy institut imeni V.I.
Lenina
r'kov Polytechnical Institute Imeni V.I. r4.
..I :,c _n)
J'11Y 15. 101-57
i~af -1 2/2

S/075/61 /016/006/001 /006
B106/3147,
AUTHORS: Amsheveva. A. k~ and
TITLE: Cerium determination in pig iron by titration wi-th
hydroquinone solution
PERIODICAL: Zhurnal analiticheskoy khimii, v. 1.6, no, 0',
96,,, 683-0687
TEXT. The authors develo,.)ed a reliable and quick method for
deterMinint7
cerium in iron r,,.,etals,. It is based on the separation )f
cerdum frorn
othe-r elements in the form of fluorides at a pH of 2-5, and
on the ra,)-ld
and exast titrimetric cerium determination with a
hydroquin.-ne sclution.
Two values were i.,;easured for the solubJlity product -,f
CeFz. 8,1~10-,6
(radlometri-:~ally) and 1,1,10-15 (conductc-metr,Jcally)
"'eaver
L. . lurdi 71. C. I Anul Ch-i.m. Acta -0. A70 1 :V of
ceriu;.i fluoride was found to be 3 70-5 molesi/I i ter f c.
ri2
-3 7
1,2-10 moles/1 i ter f c, r pH 1 , and 1 10 Mcles/l-~~er I-
C, r0, The
weiched-in portion of pig iron should contain 2-3 :n.- ~'l C
e r i U MDe t e rmina-
tion is carried out as follows. the weighed-in porticn of pig
iron
Card 1/3

. ~Uc
S/075/61 /016110061001 1C'-
Cerium determinution in B106/3147
(1-3 g, depending on the cerium content) is heated with 2:~ ~O
mill-iltters
of 11C11 If c.-- d i s s c, 1,u t i c n t &"- e s -c I a -, e -
T, h e r ~ z -~a-ed
--s f:2te-~,ed oF1. Tl,--e volume of the filt:-ate to-Eetiler
w;th
carbon
washin - id,~ should not ex26ed 50 Th;,n
t;
tr4 4---n a-d.
a s: r :17 id f~z, the reduction of valert
2 ai-E :~ded drop-wlse tf, the -.?Id solutio-
T iz~ of sodium fluo,,-ide ;Is added and e sed
)r 1 hr, The fluoride is off and
lt~~r with th~ i a,,~ is
7., a - i th o' Nate.r, The f-"
L -.. - 1 1, ., -
s I i gh t I ,, Fin, 2- r- a I E, d -i n Ei e f u f a,:7 ters
~f
nd c.v a at t,
so i f-.) ri c a i d i 9 ad d d ' o t1h e s -i d u e a
'1he c,,-.)'LC-d rez~,due is ,s
11 t f
dens i 'r. 8.,! a n d I C' - e r s
t i c. n a T e ad d c- d 11 o r -~ e r u~ x d -a 1~-. r-n 3
is
remove the ex,,,ess c~xidi z_'n,
a d d e d t h an a e n r a d -a C s - -c n o f
acJd -L;ntil j)ink a ri-rietrd
nu t i on car! lbe cai-i-,.,,d ,,,,t sufficien,
-xava en t,
i an tti anum , ,eodjm~iir and i,; v a r n i he
Ca.,,-d

S/075/61 1/01 C")ICC)61001 Irv 00"
Cerium determination in ... B106/'BlA7
molybdenum do not disturb in amounts < 5 1,19. Vanadates and
chromates ~o
disturb. The above determination of cerium takes 5-6 hr. By
systematic
statistical evaluation of the results obtained in the analysis of
synthetic mixtures, the authors showed that the method is
convenient and
accurate. It is being applied to analyses of modified piU iron
sa;~;;Ies
at the authors' laboratory. R. S. Volodarskaya (Ref. 6: Zavodsl:-
laboratoriya jj, 1160 (1953)) is mentioned. There are 5 tables and
1~D references: 4' Soviet-bloc and 6 non-Soviet. The three
references to
'-n,,1ish-1a.1,-ua, e )iiblications read as follows: YiFestwood
W. A
1-cst 75, 275 (1 ~46) ; Jouden W. J. , knalyt. Chem. 19, ~46
(19147
J. and Peterson J.,.Anal. Chem. 26, 1 j02 (1954)
Kharlkovshiy politel:hnicheskiy institut (!:har11:oV !,O-,Y-
technic Institute). Zavod transl~ortno,~;o rnashino-
Stroye~ji,rL~ i17-_ V. A. Ealyahova 1"lant for Tran.-,-or1Fitic:-
.',achinery imeid V. A.
S U11 7_,1D November 17, 1960
Aard '4/3

BEZUGLYY, D.V ; AMSHEYEVA, A.A.
Determination of calcium in modified cast irons.
Zhur.anal.khim.
17 no.9:1045-1051 D 162. (MIRA 16-2)
1. Leni4 Kharkov Polytechnical Insititute and Malyshev
Transport Machine-Building Plant.
(Galcium-Analysis) (Cast iron-Analysis)

CE S ON Nil: A!-,5017403 UR/0081/6510001'010/007'i/'SO-15
SOURCE: Ref. zh. Kbimiya, Abs. lOS459
p
AUTHOR: NR_gornaaya, L. _ L._; Bezu- V.--D.
TITTLE.- 'Investigation of the photolumine scenAnd scintillation
properties of cer-
.tain organic compounds with conjugate bonds in solid plastic
solutions
CITED SOURCE: Sb. Stsintilivatory i stsir~tillyats. materialy. Vyp.
3. Khar1kov,
1~,barlkovsR6 un-t, 1963, 91-98
TOPTC TAGS: photo lumin esc ence , scintillation, conjugate bond
system
-TRANSLATION: The phor0lumines cent and scintiliation characteristics
lot" a larze num-
ber c-P organic compounds. were inv,~~stigated to determine the
connectlon between the
Dhotoluminescent and scintillation and structural as:~ects o-.'7 the
-cop.-,)ounds. ,ilso
the investigation was to deter-,-zii-ne the influence o4-~~ the
coupli-ii" efl"rect and o-_-:: th--
Viscosity 01 the medium on the Photoluminescent and scintillation
characteristics.
Aryl derivatives of- 1, 2-eibylene, 1, 3-oxazoley and 1. 3~
4-oxadiazole a7id also the
phenanth--y! derivatives of oxadiazole and the fthryl derivatives of
ethylene were
Card.1/2

L 60900-65 -
ACCESSION NR* AR5017403
investigated. For the investigation 18 x 15 mm plastic scinti'Llators
were used,
Heasurements of scintillation effectiveness were -.made accovding,
'to the average phlto-
current of a FEU-29 vhotoelectrolAc multiplier upon irradiation with
a radioactive
source of AgllO (-0.1 tons of Cu); the quantuin yield of
photoluminescence was mea-
sured with a SF-4 spectropbotometer. It was found t1hat t' he
greatest increase oF the
quantum yield of photollurninescence is observed upon increasing the
conjugate chain
J
through the introduction in the n-position of additional phenyl
rings; compounds with
such residues as phenanthrjl and anthryl ones have a considerably
lower quantum, yield
than the corresponding dipbenyl derivatives. A'co' 'rrelation
relation was established
between the quantum yield values of fluorescent and scintillation
effectiveness for
various classes of coimounds in about t1he same spectral area of
sensitivity employing
a pbotc-alectronic multiplier. The effect of.the viscosity of the
medium on the Dho-
tolumi-nescent indices of certain derivatives of ethylene was shown;
it was established
that increasing the viscosity of a medium leads to an increase of
quantum yield of
compounds with an open conjugate chain;views explaining these
phenomena were ex-
pressed. N. L.
SUB CODY,- OC, OP ENCL: 00
Card'2/2_____

BEZUGLYY, V.D.; ALEKSEYEVA, T.A.
Polarographic determination of monomers of
4-vinylbiphenyl and
its derivatives in polymers and copolymers with
styrene. Zhur.
anal. khim. 18 no.2:261-266 F 163. (MIRk 17:10)
1. All-Union Scientific-Research Institute of
Monoorystals,
Scintillating Materials and Highly Pure Substances,
Kharkov.

AMSHEYEVA, A.A.; BE2UGLYY, D.V.
Determination of bismuth in cast iron by a
photometric or a
complexometric method with xylenol. orange.
Zhur. anal. khim.
19 no. 1:97-101 164. (MIRA 17:5)
1. Zavod transportnogo mashinostroyeniya imeni
V.A.Malysheva
Politekhniche3kiy institut imeni Lenina,
KharIkov.

BEZUGLYY, D,V,i KHOMENKO, N.Ye.; LUKASHENKO, V,T,
Dynamics of Ion-exchange adsorption of
microcomponents in
the presence of accompanying ions. Zhur. anal.
khArr.. 19
no.3:276-281 164. (MIRA 17:9)
1, Khartkovskiy politelchni-hesKiy instAtut imen"
Lenina.

l3EZV,,(',LYY, 'V.D.; KHEYFFTS, 1,.Ya.; ill , Ye.A.
Determination of anthraquinone and carbuzole -Jn
t--:
the polarographic method. Zhur, anal. khim. 1.9
nc.-:-.~G-2--~...-,;~
16/4. P~.'~
1. All-Union Scientific-Research In3titute of
Monocrystals,
Scintillating Materials and Specially Pure

V, r NEOp Ilay', OuM,
-Itzn;ct,~-a cm half-duve p_cvint~Ads ct arumat~n
a!OLLe. Taore.t. 'r[bIrre 1 165.
(M , "R pi 16

BFZUGLYYPV'r).; rol'ToMmixV, YL,.F!.
Polarographic daterminatIon of organic compounds
being reduced
in the far negative rpqion of potentials. Report I.:
Polarography
of alkyl-substituted styrrnns. ',hur. anal. knim. 20
no.73842-
84ni 165. (MIRA 18;9)
1. All-Union Scientific-Research if NoTioCryStalS,
Scintillating Materials and Specdally Pure Chemicals,
Kharkov.

BINGLYL.I.R., kand.sellskokhozyaystvennykh nauk;
TITSKIT, I.Ta.,
kand.selskokhozyaystvennykh nauk.
Brower's roast increases butterfat percentage in cows.'
Zhivotno.vodetvo 19 no-12:36-40 D '57. (MIRA 10:12)
l.Ternopollskaya oblastuara sellskokhozyaystvannaya
opytnaya
stanteiyao
(Cows--Feeding and feeding stuffs)
(Teast)

;';~30 L
S/056V63/044/001/015/047
B103,B180
AUTHORSt B N. Galkin, A. A., Pushkin, A. 1.
TITLEs Magneto-acoustic oscillations and the Forai-surface in
alum~nl=
FERIODIOALt Zhurnal eksperimentallnoy i, teoreticheekoy fisikif
v. 44,
no* 191963, 71 - 79
TEXTs The Anisotropy of the magneto-soouotic osoillationv*t'n
alumi"M
was studied by, a method described by A. A. Galkin, 1. F.
Korolyuko PTNO
69 199, Ink6op to got information of the Fermi'surface (V. L.
Ourevich,
ZhETFP 37P 71F 1959). Siall aluminum disks-were examined at
4.20K at
ultrasonic frequencies of 163 and 223 Mope in magnetic fields
of up to
2500 oo. The sound wave vector was directed along the prindiV61
crystal.-,
-lographio axes [1103, DOI , [1113. The resulto showed the
shape and
dimensions of the second zone to be in good agreement
with-the-Fermi our-;
face proposed by W. A. Harrison (Phys. Rev., 116, 555t 1959;
118, 1882,
1960; lie, ligol 1960) who used the model of almost free
electrons. They
also show that there are no sharp intersootiona on-the surfaoe
of the
.second zone. In a previous paper (ZhETF, 41, 84, 1962), slower
magneto-
Card 1/2

9/056/6
3/044/001/015/067
Magneto-acoustia oa,)illations and ... IB108/~180
acoustic oscillations were observed. A study of their anisotropy
a~sy.
throw light upon the str"cture of the third zone. There are 9
figures.
ASSOCIATION: Fiziko-tekhnichaskiy institut nizkikh temperatur
Akademil
nauk Ukrainskoy SSR (Physicotaohnical Institute of Low
Temperatures of the Aoademy of Sciences Ukrainskaya SSR)
SUBIAITTEDi July 21, 1962

BEZUGLYY, N.F.
Automatic protection by signaling of dangerous sections
and work
sites. Put' t.put.Poze 8 no*4:40-42 164* (1,9-RA 17:4)
1~
1. Glavnyy inzh. N6vosigirskogo otde-leniya
Zaradnc-Sibirskoy dorogi.

U.13:~R/'P.'rmicv SuperconticuVity
NOV 50
"Certain T'cadVwlties of the Trawition to the
Su:mr--onductingp Stats* 110"
Aq A* Galkinp Jo Go Lazarevs P. 4 DDZU91T."s "II-kyraic*tach
!not* -Asad -Ici Jkra- inian SSIR
"-"11
,. %~r Mmer i Tearet 'Fiag Vol XX& No U& pp 187-.994
Ubw in*wdmt nothoft to detarnine velocity of displacement of
boundary botween
wrml and sqxrconductiM staton (w in about 10000 oi/zec)o Showa
thiB velocity
diffors when superc3ndactivity is disrupted 17jr constant and
variable rztgwtic
-'ieldne Submitted 30 liar 5A,
"A 16)qLIGI

DisititalivAis of o"ormideWirity by an sit-IME
Cwtellit,A A Galkin and 1'. A. t!~ (At N
Lt. S. R. Kiev Zh",. F3Tr4r--Ti,-rI i: ZO, It 4,N I;
11CO,I_With Jul ft.e. of amplittuir 1. "n 4
.I.V 14 ivir"41Y ji" if 1. +. 1D % Ic (evil. Cu"rot
intell-11 %. .
she p.d. V Ins the ~Alllj4e io zero. Willi 1. h. jo.
V ine""es; with It. reachm a max., V., .,t 1. /C Ip.
'I'd thse$, *% the lice. ball-wave Iseging to take 1MY1 I.$
the
di-turboace of the itupercood.. 11 dmrd-w- with buthet
iucrea-iax, 4, (calling to the limit V.,. At liquM Ilr If
tviol... t . de"CiLs" WitL hictritsing frequency F. I he
c%niltarv ob,"vations of *rin. Feldinvicr. and GatfunkO
tPkv5. Rgv. 76. J67(Mil)) at hisher , (nuar ilun ;.M.(Xisl
VYCIM twf %n-, I call tic explaineil by iollwovill
111crill.1 in-
1-11.6011 At hiSht-1 r, Unit VMXV HPUtlY OtliAlhllil'
IrAl-litill-
Thi~ 1%,ins of view i, s1wrt-INWAIM hy all ript ~ Wish:!
44 ~ Sit tod. one IsAlf It-11 in its gl.j~ roNrinim-, Ilse
t)lhej IL&lf
With the 2t&,% lots,- etched M..Y. ThC IAItCT A-1 1'.
1'.0. (-owt. as a function of F up to Cyri- IK~ ~
Oterras with the formcr, that ratio is v)n,l - onlY u1) - p
theta hictr4ws, with further inercoitig s, tilp Its p
iq),Wl; further illerrilm of - lwodutvs tio further chauge
in
1'.. HviJently, train F - 2(k)(11 upward%, not all tile
bra(
A~toed or evolved in the stiticreonductive trwi,ition i,
,U-ipAtc,l during a tinic distinctly hmtu than tbc period
t)f tile ~ c. At to', the %atuple upiwAn to tic causplet"y
IuSutAtOl. N. Wou

'ItZ
"UULXXf Y. he
USSR/Physics
Card 1/1
Authors : Galkin, A. A. and Bezuglyy, P. A.
Title : Frequency dependence of Wrface resistance isotherms of
suy*r-conductors
Periodical Dokl. AN SSSR,, 97) Ed. 2., 217 - 219, July 1954
Abstract Experiments were conducted to determine the frequency
dependance of surface
resistances of super-conductors. An expression for Rs was derived
and com-
pared with experimental data. Nine referencese Graphs.
Institution
Presented by Academician L K. Kikoin, March 23, 1954

(7m. The klmat" ofikstrucil(in
ofsaijiTcoinitwilvity"
kv it mAgmt1c k4d. A. A. GALIAN AND P, A.
13LZM:LYI. A. ,'kwer. teor. Pir, 28, No,
-1. 463--70
XISSR OY55) fit Russiail.
A sitricrconoitcting in or rmrrurv
cyl;ndc- ~.s the
core of a rnutual inductancu and the
C.M.f. ICroFs the ]l:'~'K
Secondary %tus 6tudied esdIloimphically In
the
POWILT Of VaTIOU3 Steady nugnetic fields
for various
Amphuidts o! the primary altzmatiDs field
(such hat
file total field %%w above criticall for
part ofeach cycle)
and for various fnquenc.4". from 16
resulli It is
deductld In igrmixnt %Nith LifshlWa theory
(Ahs(r.
1016 (19$2)) that the velocity of
dliplactment of the i
boundary bttvTen suo 'eruondwting and
no;wal
phases Vallia Q3 1.0,10 (a ---k
conductivity) but that die
depth ofiltstructiono(supemonductivity
variza rather
ruore rapidly %rith die excm or field over
the critk-al
than is prMictW by the timory. It 6
cstiniated that
the time of creation of a inortnal nuclew
is < 10 wc
bu t I he tlrm of crea don of a
#uptTCuPdUCftg nudeus
Is x 10- Sec. MO)"N"o

GALKIN, A.A.; BEZUGLYY-.E-A-
00000~_ -
Calorimetric investigRtiona on the Rbsorption of
high-frequency
fields by suDerconductors. Uch.zap. KRGU 64 no.6:175-182
'55. WMA 10:7)
(Superconductivity)

i
1, 1 . ,
i
.. 0,
z " -
~, Z-
~Ifll

GALKIN, 0.0.; BEZUGLIT,P.A.
("i '~
Now method for the determination of the topography of high
frequency fields in hollow-space oscillators. Ukr.fiz.shur.
1 no.4:382-388 (~-D '56. (MLRA 10:2)
1, J*isiko-tekhnichniy institut AN USSR, Kharkiv.
(StIlbene-Optical. properties) (Dichroism)

2.1-5-3/26
AUTHORS;
Bezuglyy,F.A. (Bezuhl~7, P.A.) and Galkin,
0.0. (Halk-in,, 0.0.)
TITLE:
On the Absorption by
Superconducting Tin of Electromagnetic
'

Radiation of Frequencies 6.3xlOIO and 1l
.1xlOlO cycles (0

pogloshchonii everkhproyodyashchim oloyom
elektromagnitnogo

izlucheniya chastoty 8.3xlOlOi ll.lxlOlO
gerts)
PERIODICAL:
Dopovidi Akademii Nauk Ukrains1koi RSR,
1957, Br 5, PP- 436-

438 (USSR)
ABSTRACT:
The
temporature-dependence of the ratio R.'(T) (where R is

R. a

surface resistance in the superconducting state and R is
sur-

face resistance in the normal state) in a tin sample Dan

studied at frequencies of 8.3x1010 and l1.1xl0lOcps. The

range of temperatures employed was from 1.50 to 40K. The

sample was a tin single crystal polished by the electrolytic

method. Its purity was 99.999%. The results-of measure-

mepts
are shown in the figure of the article where the values

of
the ratio are represented by ordinates and absolute temper-

atures by abscissas. These data show that at the
frequencies-

used.the difference between Rs and Rn is
preserved, decreas-

ing with the rise of frequency. Inasmuch
as surface resist-
Card 1/2
ance does not approach zero at
temperatures approximating

AUTHORS: Bezugliyy, P. A., GAlkin, A. A., 56-41--
TITI~E: -'TE&-C-Y-cl-ot-r-on--Re-acn-ance In 7in at a Pro
quency of 9300 mr (Tat ter IL,-. -n.L
Editor) (TsiklotronMy resorAns v olove pri chastote 9300
PERIODICAL: Zhurnal Eksperim. i Teoret. Fiziki, 1957, Vol. 33,
Nr
-1078, (USSR)
ABSTRACT: In a ma-netic field that runs exactly parallel to
the sur,-',-,Cc
a metal sample it is possible that a cyclotron resonance
o(;Our,-.
In order to prove the existence of the latter the depende:,ce
o!
the active portion of the surface resistance of a tin sample on
the field intensity of a constant magnetic field at 9300 MHz
was
experimentally taken. The tin sample consisted of a o,8 mpi
thick,
electropolished, monocrystalline wire in which the fourth
n:-de-~
axis conincided with an accuracy up to 50 with the axis of tLe
~i-
re. The sample was placed in a coaxial copper resonator. The
mea-
surements were made at 4,20K and 20K. From the resulting
curves it
may be seen that a monotonous decline of the resistance is to
be
observed in fields larger than 4ooo Oe. At H, = 36oo and H2 =
900
Oe, 2 resonance minima were noticed. At the lower temperature
the
minima emerge more clearly. At the same tizae, however, they
lift
somewhat toward the.side of the field intensity. A rotation of
the
sample by goo opposite the constant magnetic field furnishes
-ti-
most the same results. These data are in food a .,rreement
with other
Card 1/2 experimental results. There are 4 Slavic references.

AUTHORS; Bc".u-1yy, P. Ato Galkin, A. Ae 56-1-40/56
TITLE: The Cyclotron Resonance in Lead at a Frequency of 89oo
Megacycles. (Taiklotronnyy rezonans v svintse Pri chastote
8900 mggts)
PERIODICAL: Zhurnal Eksperimentallnoy i Teoretichesko,.-
Fiziki, 10,58,
Vol. 34, Nr 1, pp. 236-237 (USSR)
ABSTRACT: The present paper shortly reports on the reoults of
the
experiments made on the observation of the cyclotron-
-resonance of lead at 89oo megacycles. At first the reasons
for the selection of lead as toot-object are given. A mono-
crystalline lead wire# - 12 mm In length and -0,8 mm in
diameter, served as sample. A coaxial copyer resonator was
fastened nlonC the axis. The surface resistance of the
sample was inveDtiga'ted by the same method an employed by
the same authors in the investigations of the cyclotron-
-resonance in tin (reference 3). The results of the
measurements of R(H)/R(13oo) in lead at 0the freguency of
89oo megacycles at the temperatures 4g2 K and 2 X are given
in a dia-raM. R(H) signifies the surfince resistance in a
Card 1/2 constant field with more than l3oo oersted field
strength.

The Cyclotron Resonanco in Lead at a Freqnency of 89oo
56-1-40/56
MaEacycles
This diacram clearly shows the important influen ce exerted
by the relaxation time of the electrons upon this
phenomenon. At 4,2 0K only a monotonous decrease in the
resistance with inoreaning field strength is observed, but
at 20X and H -2400 oersted a fairly low resonarce-minimum
exists. After this minimum follows a maximum and then the
surface resistance rapidly decreases in agreement with the
forecast of theory. In lead (juat as in tin) the main groups
of the electrons cupposedly are responsible for the
eyelotron resonance. There are I figure and 6 references,
4 of which are Slavic.
ASSOCIATION: Physical-Technical Inatitute AN Ukrainian SSR
(Fiziko-tekhnicheskiy institut A'.ademii nauk Ukrainskoy SSR)
SUBMITTED: October 5, 1957
AVAILABLE: Library of Corgreen
C,,-,rd 2/2

J"C L
Bezu~rlyy, P. A., Gall:in, A. A. 6
MTTHORS:

ITLE:

tanc,,~ oaf
Tin in Weak
An Investigation of th e Surf-,Lce Resist

Ma~,rietic Fields
(Issledovaniye poverkiinostno.--o

soprotivleniya 3lova v
slabykh ma,-nitnykh, polyakh)
PERIODICAL:
9hurnal
Eks-,~eri,nentallnoy i Teoreticbcs':-.oy Fi,-iki, 1958,

Vol.
34, Nr 1, pp. 237-238 (USSR)
ABSTRACT:
The authors invectigated
this surface resistance at field

strengths up to loo oersted
with a method already desoribed

earlier (reference 3). The
results of these experiments at

0,
a frequency of .0300 -;:Ieuga-cycles ani a temperature of 4,2

are here illustrated in a diagram. In agreement wit!, tlie

forecast of theory the active resistance of the metrl at

field
strengVis up to lo oersted is practically indepandent

on the
field stren.-th, i. e. at H--->O applies dR/dH--,-O.

When H
>1o oersted the surface resistance monotonous!y

decreases
xvith increasing field stren.-th. In measurements

in
semiconductors it
of the temperature dependence of R
/R

n
a
hue to be reckoned with the dep-ndence of the surface

resistance of metals on tiie stren6th of t,-,e magnetic
field.
Card 1/2
In this connection R and R signify the surface
resistances
0

8 n

An Investigation of t-.e Surface Resist;,,nce of Tin in
Weak a6-1-41/56
Magnetic Fields
of the metal in the superconducting arid in the normal state
reepective1j. A disregardink,- of this fact woul-,! lead to
increased values of R 'iliere arc I ft-Ure an," 3
/Rn'
refcrence,t7, all of wh?c). are Slavic.
ASSOCIATION: Physical-Technical Iristitiitv AN Ukrainian
SSR (Fiziko-
-teklinicheskiy institlit Akade-.-.iii riaukUSSIR)
SUBMITTED: October 5, 1957
AVAILABLE: Library of Congress
Card 2/2

24 (1)

AUTHORS:
]3ezuglyy, P. A., Galkin, A. A.
SOV/56-36-6-61/66

TITLE:
The Anisotropy of the Absorption
Coefficients of Ultrasonics

in Superconductors (Anizotropiya
koeffitsiyentov pogloshcheniya.

ulltrazvuka
v'sverkhprovodnikakl)
PERIODICAL:
Zhurnal eksperimentallnoy i
teoreticheskoy fiziki, 1959

Vol 36, Nr 6, PP 1951 - 1952
(USSR)
ABSTRACT:
By the investigation of the absorption of
ultrasonics in super-

conductors it is possible to determine
the size of the energy

alit at T - 0 as well as the dependence
of the slit width (Eo)

on temperature. The experiments carried
out in this connection

are in agreement with theory. By means
of experiments also the

influence exercised by the isotope
composition and the homo-

geneous lattice deformation upon T k
and on the width of,the

alit was investigated. It may be
imagined that lattice aniso-

tropy leads to more visible
results than isotopic composition.

In the present "Letter to
the Editor" experimental results con-

cerning the absorption
of ultrasonics (frequency 70 kilocycles)
Card 1/2
in
superconductive and normal media are published. (Determina-

The Anisotropy of the Absorption Coefficients of
SOV/56-36-6-61/66
Ultrasonics in Superconductors
tion of the,absorption coefficient in the C2- and C4-ax's of
a spherical tin sample). The results, which were dealt with
by
the method developed by Bardeen, Cooper and Schrieffer (Ref
4)
are shown in a table. It was found that the temperature de-
pendence of the ratio of the absorption coefficient a8/an is
different in the two directions. The case of sound
propagation
along the C4-axis agrees better with the isotropic theory of
suppreonductivity. There are I table and 4 references, I of
which is Soviet.
ASSOCIATION: Fiziko-tekhnicheskiy institut Akademii nauk
Ukrainskoy SSR
(Physico-technical Institute of the Academy of Sciences,
Ukrainskaya SSR)
SUBMITTED: April 7, 1959
Card 2/2~

82594
.29 9 00 S/056/60/039/01/01/029
'? ~,. 5-4 0 0 B006/BO70
AUTHORS: Bezuglyy, P. A., Galkins A. A., Korolyuk, As P,
TITLEt Investigation of the Anisotropy of the Energy Gap in
Superconducting Tin
PERIODICALs Zhurnal eksperimentallnoy i teoreticheskoy fiziki,
1960,
Vol. 39, No. 1 (7), pp. 7-12
TEXT: The authors investigated the temperature dependence of the
ultrasonic absorption coefficient in different directions of single
crystals of superconducting tin. They describe the methods of
investi-
gation and present the results. The method of energy gap
investigation
is based on the determination of the difference between the curves
as/(xn - f(T) when the ultrasonics is propagated along a binary (C
2) and
a tetragonal crystal axis. From this difference the anisotropy of
the
energy gap may be determined, a 8 and Un are the electronic
ultrasonic
absorption coefficients in the superconducting and the normal state
respectively. They are related to the width 2 E 0 of the energy
gap by
Card 1/4

82594
Investigation of the Anisotropy of the Energy
S/056/60/039/01/01/029
Gap in Superconducting Tin B006/ '0070
the relation ces/Ocn a2/(e 1-0/kT +1). To investigate the
influence of the
lattice anisotropy on the energy spectrum of electrons in a
semiconduc-
tor, the temperature dependence and absorption coefficients
of longi-
tudinal supersonics was investigated by means of an apparatus
described
here in detail. Fig. 1 shows a block diagram of the measuring
device.
The generator works at 70 Me/see, the quartz emitter rece'
2500 Iv9ssec. A small
-3000 Pulses per second for a duration of (1 1.5)-10
sphere of single crystals of tin was used as a sample. It had
a diam6ter
of 13-15 mm, and on it, cut surfaces of 5-6 mm diameter
perpendicular
to the crystallographic axes were produced by
electrocorrosion. Onto
these surfaces quartz emitters and receivers were cemented in
vacuum
and on them small plates of brass of 5-6 mm diameter and a
thickness of
0.2-0-3 mm. For very pure crystals of tin the condition that
the mean
free path of the electrons be large in comparison to the
ultrasonic
wavelength was very well fulfilled at helium temperature. The
temperature
dependence of ultrasonic absorption coefficients was measured
simultane-
ously in two different directions at temperatures down to
10K. Fig. 2
shows the Dewar for helium in which the measurements were
carried out.
Card 2/4

82594
Investigation of the Anisotropy of the Energy
S/056/60/039/01/01/029
Gap in Superconducting Tin B006/BO70
The temperature of the sample was determined from the
saturation vapor
pressure of helium. The results are shown in diagrams. Fig. 3
shows
0~8/c~n between 10 and 40K taken along two mutually
perpendicular C 2 axes.
The measured values (full and empty circles) all lie on one
line which
shows that the physical properties are the same in the two
directions.
Fig. 4 shows the same for C 2 and C4 axes. Here the anisotropy
of the
energy gap is clearly seen. Measurements made on two samples
gave uniform
results. For the absolute value of the electronic part of the
ultrasonic
absorption coefficients in the normal state in the
neighborhood of T a 9
the following results are obtained: CC n = (47.6 + 0.2)
decibel/cm -(C 2)1
and ctn- (21.4 1 0.2) decibel/cm -(C 4). Fig. 5 shows log(v
s/~-n) - f(T./T).
From the slope of the straight line portion of the curve, the
energy gap
width at absolute zero may be determined to be (3-5 � 0.2)kT C
for the
C2- axis and (3.1 + 0.1) kT 0 for the C 4- axis. Besides the
anisotropy in
the temperature dependence of the absorption coefficients, an
anisotropy
Card 3/4

82594
Investigation of the Anisotropy of the Energy
S/056/60/039/01/01/029
Gap in Superconducting Tin B006/BO70
of the transition temperature T c is also established. For the
C2-axis Tc
lies about 0-004 0K higher than for the C -axis. The authors
thank
A. 1. Berdovski and E. I. Ponomarenko fir cooperation in the
measurements V(
and V. L. Karpachevski and B. N. Aleksandrov for help in the
preparation
of the sample. There are 5 figures and 13 referencest 5 Soviet,
6 American, I British, and 1 Dutch.
ASSOCIATION: Fiziko-tekbnicheskiy institut Akademii nauk
Ukrainskoy SSR
(Physicotechnical Institute of the Academy of Sciences of
the Ukrainskaya SSRT
SUBMITTED: January 12, 1960
Card 4/4

'-~30MMY, P.A. j GAMIN, A.A.
Anisotropy of the energy alit in tin in the plane of
the binar7
axes of a crystal. Zhur. ekep. i teor. fiz. 39
no.4:1163-1164
0 160. (MIRA 13-11)
(Tin crystals)

.~ -I
B,-ZUGLYj P.A.., GALKIN, A.S., PUSHKI'!, A.I.
"14agnetoacoustic oscillations and fermi surface in aluminum."
Ret)ort submitted for the 8th Intl. conference on Low
Temperature Physics
Lo~don, England, 16-22 Sep 1962

BEZUGLYY, P.A.; GALKIN., A.A.; PUSHKIN, A.I.;
KROMBURD, A.I.
Magnotoacoustic resonance in aluminum. Zhur.eksp.i
teor.fiz.
42 no.lz84-85 Ja 062, (KERA 25 :3)
1. Fiziko-tekhnicheskiy institut aizkilrb temperatur
AN
Ukrainskoy SSR.
(Nuclear magnetic resonance and relaxation) (Aluminum)

7
L 10725-65 T-1VT(1)/EWT(=)/FWP(b) IJP(c)/ESD(t)/ESD(gs)/ASD(a)-5 JrD
!ACCESSION NR: AP4046394 S/0056/64/047/003/0825/0835
iAUTHORS: Bezugly*y, P. A.; Galkin, A. A.; Zhevago, S. E.
:TITLE: Investigation of the Fermi surface in RAllium on the ba a
of magneto-acoustic effects
SOURCE: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v. 47,
no. 3, 1964, 825-835
TOPIC TAGS: gallium, Fermi surface, magnetoacoustic affect, ultra-
spund absorption, absorption coefficient
i
]ABSTRACT: This woen was intended to determine the topology of the.
1constant-energy surfaces of gallium from the oscillations of the ul-
Itrasonic absorption coefficient in a magnetic field. The existing
experimental data are inadequate to serve as a basis for coirLparison
iwith the present model of the Fermi surface for gallium. For this
,,purpose, the anisotropy of magnstoacoustic oscillations in gallium
J.-ord 1/3

L10725-65
ACCESSION N-R: AP4046394
single crystals was measured for a sound wave vector aligned along
the a and c axes, at a temperature 4.2K, a longitudinal ultrasonic
frequency 200 Mcs, and magnetic field strengths up to 500 O.e. The
pulse technique described by A. A. Galkin and A. P. Korolyuk (PTE,
no. 6, 199, 1960) was used, and some of the measurements were made
at 1.9K. The results show that for a given sound wave direction
there are two principal types-of absorption-coefficient oscillations,~
short-period (type A) in fields above 100 Oe, and long-period (type
B) in the 20--2,000 oe range. A third type (C) is also observed at
narrow angles (52--600). The values of the observed periods and the
dharacat.er of-their anisotropy are-in qualitative agreement -with the
individual regions of the Fermi surface of the 7th, Sth, and 9th
electron bards, constructed in the nearly free electron approxima-
tion. The causes of the observed discrepancies are discussed. "The
authors thank 1. 0. Kulik for valuable discusBionso B., H. Aleksandrov
for preparing the sanpleut and H. B. Uharchenko_.for perfo .ng x-ray
f the sanples." Orig. art. bass 8 figures, I formula and
studies o
Carcl 2/3

I table.
ASSOCIATION: Fiziko-tekhnicheskiy institut nizkPAh temperatur
A-kademii nauk SSSR tPhysicotechnical institute of Low Temperatures,
Academy of Sciences SSSR)
SUBMITTED: OlApr64 ENCL: 00
SUB CODE; SS, GP NR REP SOV: 004 OTHER: 008
Card 3/3

349 5
i ACCWSIOW ?M:
AP5003287 s/ol8i/65/007,"*002/0480/0484
AUMORs Zhevagov S. Yea
TjTLEj Investigation of zagnetoaawastic effectr, in gallium at 210 He
SCURCE: Fivrks tverdogo tela., v. 7., no. 2, 1965, 48oia
TOPIC TAGS: g&Wulmagnetoncoustic effect, Fermi surface,, single
crystal,
ultrasound propagations, electron structuare
ABSTMOT: Results are reported of an experimental inveatigation of
Maganto-
acoustic e%ffects In singlt-crystal suiples of gallium, using
longitudinal 210
Mc ultranound in a transverise field with the wave vector parallel
to the b-oxis
of the crystal,, and in a iongltudiunl field with the wave vector
perallel to
each of the Unne principal axes. The same pprocedure and the same
gaW=,!SW'*1eS
vere used in earlier research by the authors (ZhE V v. 47, 825,
1964), except
that a different pair of quartz convertera v" used to obtain the
'210 Ma fre-
quency. All experimpts were n4de at 4.2K. The results show ' thet,
when the so=d
YrOPS99tes alax~ the b-axis of the crystal., the period of
oscille"Uons

L
ACCWSIO'B NR: AP5005287
reaches a maxinuum value (1.5 x 10-2 Oe-1 when the field is
parallel to c) and
decreases smoothly as -the angle between the ruagnetic field and
the a-axis de-
creases . only tiuro or threa osci I i ations are observed in the
entire angle in-
terval, so that the accuxacy with which the onclUation periods are
determined
is ouite low. The oscDAnticno themselves ,Lre irregular. The
resUts do not
Ruee with the j)reviougJ_y published description of the central.
section of the
9th electron zoue, and no chtelz on the latter could be made
because of lack of
data at amnIll angles ana the small number of oscillations. In the
case of a
longitudinal magnetic flieldi with the sound wave vector parallel
to the
resonant oscillations vere obsevved in the absorption
coefficient,'sbowing that
the dispersion deviates grestly frcm quadratic. A distinguishing
feature of
these osc!j-lations 3.9, firstx that the on the absorption curve
are con-
siderably sharper than the minina, End that the relative widths of
the M-axiMB
do not depend on tba numbers of the ==J=. Purthermore, the
=plitude of
each succeeding maxim= decromes, lal theee regulto are likewise in
disagree-
ment with the forms given by the nearly-froe-electron model for
the Ferai sur-
faces. Orig$ w-t, haul 5 fisues and 3 fon-aldes- Ea2l
CtircT 21__'~'

ACCESSION ?M: A115DO5287
ASWUMIONS Fiziko-teldmicha2ldy institut ni2kikh temperatur JLN
UkrSSR,,
Xharlk-ov ObypicateebnIcal Inalitute of Low Temperaturem,A-a UkrSSR)
su 23jul6h ENCL.. 00 M C(DEt SS, E. M
NO MW SOV: 003 Cf-FM OD5 ATD Pffm: 344,

BEZUGLYY, P.A.; ZHEVAGO, S.Ye.; DENISENKO, V.I.
Magnotoacoustic study of the Fermi surface In
molybdenum.
Zhur.eksp. I teor.fiz. 49 no.511457-1462 N 165.
(MIRA 1g,-1)
1. Fiziko-tekhnichoskiy institut nizkikh temperatur
AN Uki-I-ISR.

BE7UGLYY, P.A.; YEREW.NK0, V.V.; KURIJISHKIN, L.S.;
KULIK, I.C.; M.4N'7F-,-lJY,
., MUSADA, V.I.; PESCHANS71Y, V.G.; POPOV, V.~'.;
SHISITIN, L.A.
Conference on the physics of the condensed state. Usp.
fiz. nauk
88 no.12:387-393 F 166. (MIR-A 19:2)
1. Fiziko-tekhnicheskiy institut nizkikh temperatur AN
llkrSSR.

BEZUGLYY, P.A. (Bez-ahly-1, P.A.]; BURMA, N.G. (Burma, M.H.1;
BUTENKO,T.F.;
MINWAYEV, R.Kh. [Miniafaiev, R.Kh.]
Determining the elastic constants of solid anmonia in the
temperature range of IW - 770K. Ukr. fiz. zhur. 10 ~o. 11:
--f-
1251-1257 N 165, (MIRA 18:12)
1. Fiziko-tekhnicheskiy insti-tut nizklkh temperatur AN
UkrSSR, :'z
Kharikov.

5671-66 EWT(l)
ACC NR: Ap6000201
SCURCE CODE:
AUTHOR: Ben-W-1.y.-j. At; Zhevago, S. Ye.; Denisenko) V. I.
ORG: Physicatechnical Xnstitute of LOW Wmeratures, Academ
(Fiziko-tekhnichesgy- institut razk1kh temperatur Akademii r
145T/1462
I
9
of Sciences UkrSSR
- ---- - %_
2'~ "' "~ '
TITLE: Mgnetoac ustic
Investigation of the Fermi surface of molybdenum
SOURCE: Zhux-.Al eksperimental'noy i teoreticbeskoy fiziki, v.
49, no, 5, 1965j,
145T-1462
TOPIC TAGS: molybdenum magnetoacoustic effect, single crystal,
magnetic anisotropy
Vjoye' ~ekeekw
ABSTRACT: In Friew of the fragmentary experimenrtaal txsa.~
Wcole U
a published so far on the
magnetoaccustic effects in molybdenum, the authors
investigated this effect in
greater detail by studying the anisotropy of the oscillation
periods of the geo-
metrical resonance in transverse magnetic fields when the
acoustic wave vector was
oriented along the principal crystallographic directions of a
single-crystal sample
of molybdentim. The measurements at 200 Mc frequency and 4.2K
used the pulse pro-
cedure of A. A. Galkin and A. P. Kbrolyuk (PTE, no. 6, 199,
1960). The temperatures
were 1.8K ift the case of q 11 [100] and 4.2K in the case q 11
(3-101 and [111]. The
results showed that in different angle ranges, three different
oscillation periods
are observed in the absorption coefficient, one short-period
and two long-period. It
is shown that the short-period oscillations, observed for q 11
(1001, give the dimen-
sions of the electronic surface, while the long-period
oscillations are associated
Card 1/2 -

L
ACC NRt AF6M2()l
with the small hole zonesp In accordance with the model proposed
by W. H. Lomer
(Proc. Phys. Soc.P V. 84, 32T, 1964). The maximum d1mensions of
the hole regions
are 0.56 x 108 cd~' and the minimum o.42 x Me cm-1. orig. art.
has: 6 figures and
1 formula.
SUB CODE: 2NIf SUBM DATE: 24jun65/ ORIG MF: 002/ OM REF: Oll
b---Qj

1 T I r
N-~n~'n-r
I n i -~ lim
2. F171ko--!.ekhn-'c-,heAfv im--- tu
~ajle 2:-'Y 196~.
I r l' 17 r 16

L 25693-66 EWT(I
C NRt AP6002708
m)/T/EV1P(t)/1:WP(k) IJP(c) JD
SOURCE CODE: UR/OO56/65/o49/OO6/l7l5/!717
AUTHOR: -Rezug2,yy, __E~ A.; EiV, V. D.; Shevchenkop 0. A.
ORG: Physicotechnical Institute of Low Temperatures, Acat
(Fiz
I nauk
TITLE: Tionlinear effects in the absorption of ultrasound In
supercorducting..indiuni
SOURCE: Zhurnal eksperimentallnoy I teoreticheskoy fiziki,, Y.
49) no. 6p 1965,
1715-1717
TOPIC TAGS: ultrasonic absorprtionp indiump superconductivity,
critical point.. c2-jstal
dislocation phenomenon, single crystal., magnetic field#
crystal anisotropy
ABSTRACT: In view of new self-absorption mechanisms recently
discovered to operate
in the superconducting state (R. E. Love and R. M. Show, Rev.
Modern Phys. v. 36, 260,
1964) wherein a strongly marked nonlinearity appears in the
sound absorption below
the critical temperature, the authors report observation of
similar effects in indium.
The absorption of longitudinal sound at frequencies 1-15.- 160,
and 210 mc/sec was in-
vestigated In single crystals of indium with orientations
(100), (110), and (111).
The crystals were prepared by the procedure of YU. V. Sharvin
and V. F. Gantmakher
(PTE, No. 6, 165., 1963). The measurements were made at
temperatures 4.2--1K. The
observed dependence of the absorption of the ultrasonic 'wave
on the amplitude of the.
sound field disappeared when a magnetic field sufficiently
strong to destroy supercon-
-f~the data shows the results to be in qualitative
ductivity vas-kLpgi~!!j! A~j!q~16_o

L 2.5693-66
ACC NRs AP(9)02708
agreement with the model of A. Granato and K. Lucke (,T- APP-
PhYs- V- 27: 583., 1956)
for the amplitude-dependent absorption of ultrasound by
dislocations. Mst dialoca-
tions were found to be growth dislocations. Research is planned on
the possibility
of separating the electronic part of the zibsorption in its pure
form and determination
of the anisotropy of the energy gap, which preliminary estimates
show to be lover than
obtained from the present data. Orig. art. has: 2 figures.
SUB CODE: 2o/ Sum DATE: 28aw65/ om mw: ool/ oTH mw: oo4
Cbrd Y2.

BEZUGLYY, S., kand. khim. nauk
Prospects for the production of various forms of
pesticides.
Zashch. radt. ot vred. i bol. 10 no.3:~'-Il 165.
(19RA 19: 1)
1. Vsesoyuznyy nauchno-issledovatellskiy institut
khimicheskikh
sredstv zashchity rasteniy.

dijerrninm~,---, of r-1
all.1 N-L)- 0

BEZUGLYt S. F.
-m-ftifieviscons properties of an adhesive of
the "tangle-
foot" type for protection against caterpillarn.
S. F.
Ilemigly J. Applird Chem. 10, 79 RU
TIIRUT.~-Tlit, adhesive matitift-1. in U.S.S.R.
on thc
of n formulation of plienolie resinq, I
And Na and Ca oleati; kim 11gures
the ruMa iug=7ytn-, VIII(XI rt% to Ine Pitt-tic
proptrti(~
The adhesive behavtq, wilhiti it fcw %,
tiecordhig to
1
or Plw;tic vkrotv, flow (cf. C-1. 16,
1gle 9-tudled wR% Thr uffr( 1,
of tht, aildn. (if olcn!S2_~2.8 to .40/,) alset
wvre ~tmlivd; a
Particularly higT7,-;=i Ring effect is secured
with Na ole-
ate, while. Ca oleate produces good
plastic-6senim prolfrr-
tic!1. G.. TItt. K,,-olapoff
-1 - .. -

BEZ.UGLYY, 6 . V. Cand. Chem. -Sei.
Dissertation: "Investigation of the Plastic and Viscous
Properties of
Caterpillar Glues in Connection with the Development of Method
for their
Production." Sci Res Inst of kertilizer and Insoctofungicides
Imeni
Ya. V. Samoylov, 11 Apr 47.
SO: Vechernyaya Moskva, Apr, 1947 (Project #17836)

BEXGLYY~
USSR/Chemistry - Insecticides
FD-505
Card 1/1 Pub. 50-4/23
Authors Bezuglyy, S. F., Cand. Chem. Sci., and Shogam, S. M.,
Cand. Chem Sci
Title Some physico-chemical properties of insecticide emulsions
and insecti-
cide dusts
Periodical Khim. prom., 272-278 (16-22), Jul/Aug 1954
Abstract Reviews on the basis of USSR work the properties of
emulsions and dusts
contain~ing DDT, hexachlorocyclohexane, thiophos, and chlorten
(chlorin-
ated turpentine or chlorinated alpha-pinene fraction). Describes
pro-
cedures for the production of these emulsions and dusts. Twenty
two
references; 20 of them USSR, all since 1940. Three graphs.
Institution Scientific Research Institute of Fertilizers and
Insectofungicides.
Submitted

BEZU - -
-- -mmm"
.....
Studies on concentrated Insecticidal emulsicus of DDT and
hexachloro-cyclohexane. [Trudy] NIUIF no-156:90-129 '55.
(MLRA 9:10)
(DDT (Insecticide)) (Benzene boxachloride)

BXZUGLTY, S. F.
Colloidal stability of homogenized DDT and
hexachloro-cyclohexane
emulsions. [Trudyj NIUIF no-156.139-146 '55- (MLRA 9:10)
(DDT (Insecticide)) (Benzene hexachloride)

BEZUGLYT , S. F.
. -.. I---- I
Adsorption of su"ite liquor in DDT emulsions. (Trudy]
HIUIF
no.156:147-154 155. MBA 9:10)
(DDT (Insecticide)) (Sulfite liquor) (Adsorption)

,_. BEZUGLYY-.S.F.-,,,_.,.
~ 1- .- -, - '.
Concentrated emulsion of anthracene oil.
129-138 '55.
[Trudy] NIUIF no-156s
(MMA 9:10)
(Anthracene oil) (Insecticides)

V'~ycttabla DD7 nmd
F. Den-Ayl, D, A. Alklmv3v. V. :1, t, -Ind Yu, F
in's'e.-Me p-,')%dtrs which lom etLble sarpenslono, tL-k, Ir
- iz gmmid in the "i
-CtnidL
Z-,~ bung
A~ky!phenyl tthers cl polyethylene s-illoaamm, -*W
Na 211-y1 bth3l a, rulf=-te3
irmatL-J high-mal. alm, ur I `
are ust-d. Trchn. PDT, or rn~-JMI h
the -rhomrr, Its tech.
-,inc mift. not Im thnn "A
- t - - lthmne it
,~mzj-. n. a rwri. of DDT -Aith h-mn.-Ylanx-yr-
u--ed a5 the -mectidde. M. Hasch

lnsi~itcld-d '~pcpnvnlm S. 1, l3ezurly! and it. A.
Eli CDIlpn. coulg-~ -g, cb1cminattd
1--Ii t. t-;r mr4fa-r-ani've
IM
Idt: ;
r,j (ctlo -1yull- 1-3) or
fra :t.
WrtU 31,d 1* IMM ',Ub'c Ilil, C:4
lig,~,~,Sulfonale 'Is ~'OdCJ to ~~-t co ma, and k-l"Alli Lk-

(4217
5 SOV/64--5)-6-9/28
AUTHORS'~ -,_iazuglyy, 3,, F , Canlidate of Chemical Sciences,
Akir-ov, B--A,.
TITLE- Wettable Insecticidal,Acaricidal, and Herbicidal Powders
for
Usa in the Form of Aqueous Suspensions
PERIODICAL- Khimicheskaya promyshlennost', 1959, Nr 6, pp
494-499 (USSR)
K.93TRACT, Part of the present investigation was made with the
aid of
N. Ya,, Mcmot and Yu. Ye. Bryekin., h method for the preparation
of concentrated powders on the basis of DDT (30-5K, hexachloro,
cyclohexane (50',xo), sulfonate ester (30-80), and other agei.ts
with additions of the surface-active substances OP-7 or OP-10
and spent sulfite spirit lye was developed. The experimental
grinding was done by means of vibratory, ball, and blast mills.
On the basis of the experimental results concerning the influ
ence of the addition of OP--10 upon the degree of dispersion
of the sulforiate ester powder (Table 1) as well as the effect
of spent sulfite spirit lye upon the stability of the suspension
in water (Table 2) the following formula is given,
commercial ~ulfonate ester 30
powdered spent sulfite spirit
lye 2-5
OP-10 or OF-7 2-3
Card 1/2 kaolin 62-66

.,-, 6 2 17
S OV /6 45 9 - 6 - 9 / 2 8
Wettable InsecticidalAcaricidal, and Herbicidal Powders for
Use in the
Form of Aqueoua Suspensions
From the scheme of the unit MV-200-1.5 (Fig 1) it car, bt~
3een
that a portioning bplpnce Dlr,1~100 is used, The results
(-Fig 2)
of the sedimentation analysis by means of Figurovskiyl,-,
bali~nce
(Ref 4) as viell as the degree of dispersion of the pordere
Or:
the basis of sulfonate eater (Table 3) show that in this -u3e
both intermittent and continuous grinding in ball mills gives
Jdentical result3, F, A. Drannikova, G~ A,, Pedorov
(V111ITISSIMI
and V. G, Antonova (NIUIF) participated in the grindi!4g
mentil conducted --n a vibratory mill M10-3, Powders on the
basis of' DDT (.~Od) were produced (Table 4, data of
intermittent
grinding. table 54 lata of continuous grinding, tabd'e 6, tc-t
reaultl~ of the 1;owdero)~, and it was found that continuous
grin' "
ing shouli be avoided because of excessive warming, Some
chemical data of the powders obtained (Table 7) as well as of
powders on the ba~-is of :chlorinated terpenes (Table 8) are
given,. There are i figured, 8 tables, and 7 Soviet
referanck~s,;
ASSOCIITION~ Nauchnyy institut po udobrexxiyam i
insektofungitsidam -Jrnne%,~
Ya, V Samoylova (Scientific Institute of Fertilizers and
Card 2,12 Insectofungic:Aea ime-ni Ya~ V, Samoyloy)

BEZUGLYY, S.F.; LITVINOVA, A.F.; POKROVSKIY, Ye.A.
Physicochemical investigaticna of Insecticidal
emulsions and
solutions with emulsifiers in order to improve the
methods for
preparing the above form of insecticides. [Trudy] NIUIF
no.164:
29-31 '59. (KRA 15:5)
(Insecticides)

BEZUGLYY., S.F.; AKIMOV, B.A.; POPOV, P.V.; ITKRAINETS,
N.S.; BOCHAROVA, L.P.
Physicochemical i4vestigations of the wettable powders of
different
insecticides in order to improve the methods of their
production.
[Trudy] NIUIF no.164:32-34 159. (AURA 15:5)
(Insecticides)

_PF,~ ~SARISHVILI, I.G.; LUKANINA, V.S.; POKROVSKIY,
Ye.A.;
~%- UNTERBERGER, V.K.
Investigation of the chemical stability of mineral oils
and oil
fractions and development of nonphytocidal, emulsions
based on
them for controlling posts of citrus and other fruit
cultures.
[Trudy] NIUIF no.164:34-35 '59. (MIRA 15i5)
(Insecticides)

BMGLTY, S.F.
Developlug the technoloff of 50 per cent emlelon
pastes of DDT
and introduclug theIr production.[Trudyl NIU37
no.,163:4-8 159.
(MIRA 13g8)
W? (ftsoctlelds))

" -BE.ZUGLTY, S. F. I. -AK IKOV, B. A. ; MOMOT, V. Ta. ; BRTSK
IN, Yu. Ye.
Wetting powders of DDT (30 per cant) and principles of thei-
pro-
duction. [Trudy] NIUII? no.165:9-14 159e (milu 13:3)
1. Predpriyatiya khimicheskoy prooVshlannosti (for Momot,
Bryskin).
?. Nauchnyy institut 1,,:N iidnbreniyam i insektofungitsidam
im. Ta.Ve
I Samoyl ova (f or - ~- =:- g
!~V, Ak-imov).
k,uDT (Insecticile))

B.A.; ANTONOVA, V.G.; DRANNIKOVA, F.A.
DDT wetting powders prepared by vibration grinders.
[Trudy]
NIUIF no.165:15-20 '59- (MIRA 1):8)
1. Eauchnyy institut po udobreniyam i
insektofungitsidam . . .
m.TaoV. Samoylova (for all except Drannikova). 2.
VsesoyuzW
nauchno-issleaovatellskiy institut novykh problem
stroitelinykh
materialov na baze tonkogo izmellcheniya (for
Drannikova).
(DDT (Insecticide))

-.- mAnTr, &F.: KIMOV, B.A.; ANTCSOVA. Y.G.
Wetting povders of sulfonate eaters for use in vater
suspensions.
[Trudy] Nwip no.163:21-31 '59- (MIRA 13:8)
(Sulfonic acids)

BICZUGLTY, S.F. ; rAT--kSHIFIKCIVA, V- N-
Method of determining game-isomers In concentrated
miner~,-l and
bttyrous ewasions of GKhTsG- (Trudy] NIUIP
no-165-.32-35 '59-
(MIRA 13:8)
(Insecticides)

BEZUGLYY S.F.; SARISHVILI, I.G.
Research in the chemical composition of petroleum
oils with the
object of using them in insecticides. [Trudy] NIUIP
no.165:78-87
'59- (MM 13:8)
(Pstr oleum-Analys iB)

LxZ'UGLYY, Li.lY., '.-: , at.11-
. ----,cco c,-: 1~slnr- .~-;;,Licides. Zhur. TE-LC 5
no. 3:2~,[-
Q
306 1 '.,( . 14:21)
(peuticie,00

BEZIJGLYYP S.F.; LITVINOV, A.F.
PreparinfT;u5O % combined DDT and
h,xachlorocyclohexane emulsion
paste. dy) NITUF no.171:92-96 161. (MIRA 15:7)
(DDT (Insecticide)) (Benzene hexachloride)

BEZUGLYY, S.F.; LITVINOVA, A.F.
Kinetics of structure formation in the 50'16 DDT
paste. (Trudy]
NIUIP no.17107-102 161. (MT (Insecticide)) (MIRk 15t7)

BEZUGLYY, S.F.; LUKANINAO V.S.
Petroleum oil emulsion (preparation No.30) for summer
spraying
of fruit tress against the San Jose scale. (Trudy]
NIUIF
no.191t103-110 161. (MIRA 150)
(San Jose scale) (Petroleum products)
(Insecticides)

BEZTJGLYY, S.F., kand.khim.nauk; AKIMOV, B.A.;
ANTONOVA, V.G.
Comdnution of concentrated pesticide wetting powders in
an air-
jet mill. Khim.prom. no.9:695-697 S 162. (MIRA 15:11)
1. Nauchno-issladovatel'skiy institut po udobreniyam i
ineektofungisidam imeni Samoylova. (Pes%ic
,#des)