SCIENTIFIC ABSTRACT USTYAN, A.K. - USTYUZHANIN, G.YE.

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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

r A iv~ 11 , K
TSSAYAN, G.T.; MARDZHANYAR, G.M.; OGANISTAN, R.M.; USTYAN. A.K.
Investigating asters of sulfoacids. Report No.l: S~rnthsxis and
acaricide properties of certain asters of 'Y-cblorocrotvlsulfo
acid. Izv. AN Arm SSR Ser. kh1m. nauk 10 no,4-.277-282 157.
(MIRk 10:12)
1, Khimichoski7 inatitut AN ArmSSR i Inotitut zemledeliya Hinisteretva
sallskogo khozyaystva ArmSSR.
(Sulfonic acids)

USSR / General and SpecialIzed Zoology. Insects
Biology and Ecology.
Abe Jour Ref Zhur Blol., No 17, 1956~ No 78257
Author I
Inst rmenlan M
AS A
Title Predatory and Parasitic Insects Visiting Alfalfa.
Orig Pub Izv., AN Arm SSR. Biol. I a.-kh. n., 1957, 10,
No, 8, 25-29
Abstract in the years 1952-56, In the Ararat Valley, there
were collected or bred from parasites 58 species
of useful Insects, 10 of them species of predatory
Insects, and 48 of parasites. 35 species of para-
sites were noted for the first time In Armonia.
20 species of parasites were pests of alfalfa.
Card 1/1

Vl-

MARDZHANYAN, G.M.; ASATRYAN, E.V.; MARKMAN, A A ,USTIYLN A.K -
0 01-
AVRAMENKO, I.D., kand. biolog. nauk (Gomel
AGAFONOVA, Z,Ya., kand. biolog. nauk; ABBASOV, Ya.M.p sladshiy
nauchnyy sotrudnik; SADYKHOV, DoMs. aspirant
'Br,~eC information. Zashch. rast, ot vred. i bol. 8 no.10t
55-57 0 163. OURA 17:6)
1. Arnyanskiy institut zemledeliya (for ME-rdzhanyan.. Asatryan,
Markosyan,, Ustlyan). 2. Poltavsl,-iy sellskokhazyaystvennyy
institut (for Misko'), 3. Kurskaya sellskokhosyaystvennaya
opytnaya Btantsiya (for Agafonova). 4. Azerbaydzhanskly
nauchno-iSBledovateliskiy Institut khlopkovodstva, Kirovabad
(for Abbasov). 5. Voesoyuznyy institut zaahchity rasteniy (for
Sadykhov).

MARDZHA11W, G.M.; USTIYAN, A.K.; YUNKANYAN, A.G.
Methods for increasing the efficiency of chemical control of
plant lice on tobacco. Tzv. AN Am. SSR. Diol. nauki 16 no.102
57-67 0163 (MIRA 16t12)
1. Otdel sashchity rasteniy Instituta zemledeli-ya Armyanskoy
SSR,i

_L 2NZ~_66 EWT-( AVRO
ACC NRt AP60152-f4l ) / SOURCE CODE: UR/0298/6!;/018/008/0010/0021
AUTHOR: Mardzhanyan. G. .; Kankanyan, A. .; Ysttyan, A. K.
SO
ORG: Armenian -Institute of Plant Protec- y institut zashchity rasteniy)
01
TITLE: Causes of mass reproduction of phytophagous ticks (0 when plants are treated
with organic chlorine ineecticides(O
SOURCE: AN ArmSSR. Izvestiya. Seriya biologicheskikh nauk, v. 113, no. 8, 1965, 10-2. -
TOPIC TAGS: insecticide, animal reproduction, entomology, plant physiolog3r
ABSTRACT: After a discussion of the literature in vihich opinion is divided
on the causes for large-scale tick and mite reproduction after treatment of
~plants with DDT and simi2ar insecti,
cides the author presents the results of
'10 years' research on this question. In a first series of experiments the
,tick population on a plant treated with DDT exceeded the control after 10-20'.
days, thns supporting the author's hypothesis that DDT actually improves
~Ieeding conditions for ticks and mites through changes it causes -odthin the
,cotton plant itself. A second series of experiments revealed esscintial
changes in the metabolism and chemical content of cotton leaves as a result
of the effect of DDT on plant physiology. The*author concludes that this
,factor should be added to the complex factors involved in this phenomenon,
!Other possible factors are the greater sensitivity of predators to DDT and
~the hypothesis that the fertility of ticks and mites is enhanced Jxdirectly
by DDT. Orig. art, has: 2 figures and 2 tables, (JW1
SUB CODE: 06 / SUM DATE: 23Feb65 /. ORIG REF: 008 / OTH REF: 013

MARDZHANYAN, G.M.; USTIYAN, A~K.
Use of inti:grated control methods sigainst Ihc plimt I.,,;se
My-zodes persicae Suls. (Homoptera,.IphIdJdae) or, the toI>jc:,,r
plant. Eht. oboz. 44 no. 4z750-?C'l 165 (V I RA 19 -~ 1)
1. Armyunskiy nau0mo-Issledovatell,%licly in-it'Ltut zashchit
rastenly Ministerstva, sellskogo khozyaystva '-rmyanaRcy
Yerevan.

.UST'YANOV,_j,,_(UAlIM) (Leningrad)
An SSB attachment. Radio n~.8:21-23 Ag 163. (MIRA 16:9)
(Radio--Receivers and reception)

sov/58-59-5-10921
Translation froma Referativnyy Zhurnal FIzika, 1959, Nr 5, p 145 (USSR)
AUTHORS- Konozenko, I.D, Ustlyanov, V.I.
:-----------
TITLE: On the Electrical Properties of the Mn 0 + Co 0 System
1-1 3 4 2 3
PERIODICAL: Nauk, zap. Chernivets'k. un-t, 1955, Vol 12, pp 121 - 128 (ukr.;
Russ.r6sumQ
ABSTRACT: The authors report on the methods and results of investigating the
electric conductivity and thermo-emf of the Mn304 + C020 system.
They determine the factors Influencing the magnitude of 1he electric
conductivity and thermo-emf. It is shown that the given system can
be used In eome technological designs. ((34ernovetslk. un-_t,_ USSR),
The authors' r6s=4
Card 1/1

AUTHORS Konozenko I.D., Ustlyanov V.I.,
57-8-8/36
TITLE -..
On Electrical Pr-o-p-e-r-fi-es '~Ci~e Lead-Antimony System.
(Ob elektricheskikh avoystrakh sistemy avinets-surlaa-Russian)
PERIODICAL Zhurnal Tekhn.Fiz., 1957,Vol 27, Nr 8, pp 1686-1694 (U.S.S.R.)
ABSTRACT The authors state that alloys formed on the basis of solutions
with variable compositions have electric properties which are,
to their full extent,dependent on the state of primary solutions
in alloys. The authors show that the electric conductivity of the
alloys is a function of the component-concentrdtion as well as of
the heat conditions of the alloys. The dependence of the electric
conductivity of an 1:1 alloy on the temperature shows clearly the
influence of the number of dissolved atoms on the magnitude and
on the character of the electric conductivity. It is assumed that
antimony in the lead-antimony system plays the role of an anion
former. The dissolution of lead in antimony and of antimony in lead
decreases the number of charge carriers for u-jS-solutions and for
the eutectic mixture. The measurement of the hall-effeot proved
the assumption that the number of carriers decreases with the drop
of temperature. The mobility4t4-determined by means of the hall-
effect measurements passes through the maximum of temperature in
the interval investigated. The thermo-e.m.f. of the alloys situated
close to the eutectic mixture, with 40,AA~Y/degrees, decreases with
the rise of temperature. In the Isl alloy the thermo-e.m.f. increa-
Card 1/2 ses in the case of heating; this takes place especially quickly

On Electrical Properties of the Lead-Antimony System. 37-6-8/36
starting with the 2,2 fold reverse temperature and reaches a limit
value of 16o&4/degrees. Theauthors show that the thermal coeffi-
cient of resistance of 10 alloys reaches the magnitude of 3~ /de-
gree at room temperature. Its value above 2460C proves the stead-
iness of the system-conditions.
(12 illustrations and 9 Slavic references).
ASSOCUTION K*w Institute for Physics
Ukrainian SSR.
(Institut fiziki AN 173SR,
SUBMITTED July 24, 1956
AVAILABLE Library of Congress.
Card 212
of the kcademy of Science of the
Kiyev)

ectrical proportioc
USTIYAEOV, V,I. Cand Phy3-IMh Sc
of cortain binarl nys-Lana of the atibnito type.,' Fiov# 1958, 8 pp
(hiin of Ilighor Educ USSR. Lon Polythoclif Inst Im L.1. x"Killin,. ISO copies
E-ibliography at -MW end of Aw-!ex-t (I-- litlas). (iM, ~17-553v IIC) .
- 5 -

AUTHOR: Ustlyanov, V. 1. 57-28-6-lu/34
On the Electrical Properties of the System
Tin-Antimony (Ob elektrieheskikh svoystvakh sistemy
olovo-sur,ma)
PERIODICAL: Zhurnal 'Pekhnicheakoy Fizikip 1958, Vol. 28, ar 6,
PP- 1190-1194 MSR)
ABSTRACT: The modern semiconductor theory explains the electrical
properties of semiconductors on the basis of the ideal
crystal lattice. It is just by the lattice that the
forblidden-, valence-, and conductivity zones are
determined. At the same time, the work carried out under
the supervision of A. F. Ioffe, Member of the Academy
of Sciences, USSR, show that the energetic properties
characteristic of semiconductors are conserved in
transition to the liquid state (references 1 - 4). Besides,
a whole class of amorphous substances with semiconductor
properties was discovered (reference 5). The author succeeded
Card 1/4 in demonstrating the value of the near order also in the case of

On the Electrical Properties of the System Tin-Antimony 57-28-6-10/34
the binary system kb-Sbt which was developed on the basis
of primary solutions of varying concentration (reference 6).
Thus, the conception of the cardinal influence exercised
by the near order proved to be justified not only in the
liquid phase or in ~he amcrphous substance, but also in
the solid body. From this point of view it was interesting
to investigate the electrical properties of the system
tin-antimony in compositions which contain the primary
solution and Pt-phase and a phase P1. Summary: 1) The
electrical properties of the system tin-antimony are
determined by the composition of the alloy. The course
taken by temperature of conductivity is a function of the
propertles J_n the phase alloy and their interrelations~
Thus, conductivity in alloys with a r-solution Is changed
by more than 80 'limes its amount. Apparently, the influence
exarcised by the number of points with a new order, which
increases with temperature, makes itself felt. In singl,
-phase alloys without a solution nothing of this kind
can be observed. 2) The d?/__
issolution of antimony, which
increases with temperatureq reduces the conductivity of the
Gard 2/4 alloy. In this alloy antimony seems to be an acceptor.

On the Electrical Properties of the System Tin-AntimonY 57-26-6-46v/34
3) In al2oys vrith the 81-phase electric conductivity
depends on the quantity of antimony in the lattice.
According -to the author, it attains its maximum with
a content of 413 Ilia in the alloy- 4) The thermoelectromotive
force is a function of the composItion of t' le alloy. It attains
maximum values of the order of 10 microvolt/degrees. Tne
shifting of the maximum value o~ the thermoelectromotive
force on the curves IgM V-10 shows that its position
JKT
also depends on.-the ~:omposi ion of the alloy. This seems
indirectly to confirm the fact that antimony is an
acceptor in the alloy conearned. 5) Carrier concentration
in the investigated interzal of the-interrelations of the
components deoreases linearly with an increase of the
antimony content in the alloy. The sign of the carriers
is negative. 6) The termal resistance coefficient differs
by a factor-104. There'are 5 figures and 12 references,
11 of which are Soviet.
Card 3/4

on the j~lectrical Properties of the Sys-Lem Tin-Antimony 57-28-6-10/34
ASSOCIATIONi Institut fiziki AN USSR, K-4yev
I . (Institute of Physi-.,s,AS Ukrainian SSR, Kiye-,)
SUBMITTED: April 20, 1957
1. Antimony-tin systwa-Electrical properties 2. Antimony-
tin systems-Phase studies
Card 4/4

AUTHORS: Kor;u_-enko, 1. D: , U 6OV/57-~8-7-6/35
Kedrov, V, P,
TITLE: Absorption of the Gamma-Ray Emission of Cobalt-60 in
Cadmium Sulfide (Pogloshcheiiiye gamma-izlucheniya
kob~illta-60 v sernistom kadmii)
P:!',RIODICAL: Zhurnal tokhnicheskoy fi,-,ik:L, 1958, Vol. 28, Nr 7,
i)p~ 1397 - 1401 (USSR)
ABSTRACT: The linear absorption factor of the pressed powdery
cadmium sulfide was determined in dependence on the
pressing effect. It is shown that at preBsuresof more
than 104 kg/cm 2 the factor remains practically constunt
and equal to 0,184 cm- I, i., e, close to the theoretical
value. The linear factor of the pressed (P = 11 300 kg/cm 2
crystalline cadmium sulfide was determined as being equal
to 0,180 cm -1 " It is shown that also thi3 v-ulue is close
to the theoretical value. The mass absorption factor 2
of cadmium sulfide was meaoured immediately (0,042 cm
Card 1/2 and determined as sum of the maus aboorption factors

Absorption of the ;am=a-a-,y Emission of Cob~-lt-60 SC,/ 57- 28-7-6/35
in Cadmium Sulfide
of the components (0,047 CLU21g)., The results agree well.
The mean path of the gamma quanta of cobalt-60 in cadmium
sulfide wL~s determined as being equal to 5,3 cm, and the
thickness of the hall attenuation in the cadmium sulfide
with 3,6 cm for the quanta of this energy. There are 5
figures and 6 references, 3 of which are Soviet.
ASSOCIATIONt Institut fiziki All U33R Kiyev (Inotitute of
PhysicsIAS Ukrainian SS4, Kiyev)
SUBMITTED; November 25, 1957
1. Cadmium sulfide.-Absorptli.-P properties 2. Cobalt Isotopes
(Radioactive)- -Applications 3. Gawra radiatior-Chemical effects
Card 2/2

"IN
MAU I J.W/ j 140
Akedamlyn nauke Ukritneico7 Inntinum- rlzlicL

_41
Fato lektrlahenklye I Qpt,,j4,fiRty. y,,jonjyj v polaprovodnikAMI
:
eot~_I~ktrlttia3kia
t t
Fp4rvago vaa5OyuzttQe4 dQV,1Mr0ft3n Y.1 to,
t ahasklm yAvleniyim v poluprovadnLic'M g. r1yev, 20-26
.
norabrYa 1957 9 (rhotoluatrta and OPttaal Pft~ - a In Semi-
conductors$ Trann-locion3 or the First Conference on Motoolootria
and Optical PUdnomena In SemLoonduators... ) Xlycva 1959. 403 p.
4,000 copies printed.
Additional Sponsoring Agencyi Akadamlya nau6; S=R. Prazidium.
'Conlealya po poluprovoanikam.
Ad. of Publishing Housaj 1. V. Nicina; Te,:h. Ed.: A. A. Xmtvoychuk;
Kemp. Rd.s V. Yo. Lashk4rov, Academician, Ukralalan 331to Ata4my
of Science@.
JURPMEs This book is Intended for-Adiontists In tre field or semi.
conductor physics. aolld st3ta'apectroacopy. Ar.4 s~lconductor
-
-
-
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-
-
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.7d4an~~4
3tUdL41t2
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beuodr4~Ftn
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devices. The collect in
n
1
77
universities and Institutes or higher toahnIcal
speciallxtna In the physics and technical application or $=I-
conductor*.
COMA031, Th. ooll.atio. contains reports and Inforxstion bulletins
(,.he letter are Indicated by otterloKr) r,~ad at th,- P%rat All-
UnIon Conference on OPtle3l an,1 PnocielectrIc Phe-9mana In Semi-
conductors. A wide scope or problems in amic*nd4ctor physics
and technology are ounaideredg pnotoconductivIty, pftotoelectro-
motive forces. optlc3l properties, pnotoole-ctriz call* and
photorealstors, the actions or hard and corpuscu-ar radiation#.
the proportion or thin films and COMPICI 3CMIC=44ttor systems.
*to. The materials were prepared for publ-cation by Z. 1.
RAmhboy, 0. V. Snitko, X. B. TOlpygot A. F. Lubczer-koo and M. X.
sheynkman. References and dl3cussion follow e?,zn *rticle.

Phot Iowlectric 904 CPt1c&l Phenomena (Coot.) WT/3140
ft Minx .,,and S. M, fb=j,. Ieeftz,
th A;
n
0 25~u see In .,8taX7C-oLnt ro During the
of a "Th-ugh Cond.. Cha=ei** 379
x L P B omazov. R- )q-
xatv~70 And 0. A.
-;n- zC~M_T5F7NdIj_t-j..,
D' and V. I. Uvt'yanov.-
?r -Conductivity ZT-Cd3 359
a- and phot.-
electric affect 0 X-PLAY& On Semiconductor Uctlner Cells
(Theals)
396
Vamb'ytv, and a D i latywhav.
Nat or the Use of otcr*s &fcr_A_ra__XVcord ~_'Z-Mry In
J1hX1noor1n&4 __a
cam 15/16

KONOZZUKO, I.D.; USTOYANOV, V.I-
CdS crystals as the receivers of gamma revs, rizetyer.tela I
no.l.-99-94 Ja '59. (MM 12:4)
1
1. Institut fisiki AN USSRP 11yev-
(Cadmium sulfide) (Gamms. rays)

3 F'l 9 4
S/058/62,/000/004/155/!60
A061/A101
AUTHORS: Akhviediani, Z. G., Konozenko, 1. D., Ustlyanov, V. I.
TITLE: G-conductivity of CdS
PERIODICAL: Referativnyy zhurnal, Fizlka, no. 4, 1962, 3 - 4, abstract 4-4-6yu
(V sb. "Fotoolektr. i optich. yavleniya v poluprovodnikakh", Kiyev,
AN USSR, 1959, 389 - 395) iJ_
MT: Experiments conducted to investigate the secondary conductivity of
CdS single or-jstals and polyerystals under the action of gamma radiation are
described. Specially prepared CdS single crystals and polycrystals wer trans-
ferred to a darkroom. The temperature was varied from 8~ to 33301C. Cogo was
used as the gamma source. The volt-ampere characteristics of CdS single crystals
and polyarystals at different gamma dose rates and temperatures, the dosimetric
characteristics at various temperatures, the relaxation characteristics at various
dose rates and temperetures, and the volt-ampere dark characteristics were taken.
It was inferred from experimental results that the gamma current was due to the
energy of Compton electrons capable of displacing the lattice ions. This dis-
placement can be related to the formation of an active center which vanishes
Card 1/2

G-conductivity of CdS
S105816WO00100411551160
A061/A101.
when the ion returns to the lattice point as the result of therm&l motion. These
assumptions are backed by the temperature dependence of relaxation curves, and
also by the fact that the temperature decrease leads to a greater lag of the
gamma current drop. There are 10 references.
M. B. -
[Abstracter's note: Complete translation]
Card Z/2

? 10 0
AUTHORS:
TITLE,.
PERIODICAL;
8255,
S/181/60/002/007/031/042
B006/BO60
Konozenko. I. D., Ustlyanov, V. I., Galushka, A. P.
The Conditionsfor the Occurrence of Gamma Conductivity in
IMS Single Crystals
'07 - 1~
Fizika tverdogo tela, 1960, Vol. 2. No. 7, PPo 1584-1591
TEXT- The authors studied the effect of temperature on the electrical
conductivity of CdS single crystals with the aim of exploring the nature
of the conductivity stimulated by gamma radiation.19The temperature de.-
pendenoe of the dark conduction of crystals prior to and after their ir-
radiation with gamma raya, and the thermostimulated conductivity due to
illumination or gamma irradiation of the crystal were investigated, The
measurements were made with a oryostat which is schematically shown in
Fig. 1 and described. Co 0 of 300 millicuries served as the gamma source,
and the maximum intensity amounted to - 3000 gr/sec. For the measurement
of the temperature dependence of coniuctivity, the crystala were previously
heated in darkness for 1 hour at 100 C, and then cooled, in darkness, down
to nitrogen temperature. Depending on the duration of the growth or of the
Card 1/4

82551.
The Conditions for the Occurrence of Gamma S/181/6o/oO2/007/031/042
Conductivity in CdS Single Crystals B006/BO60
drop of the photocurrent, the crystals were subdivided into two groups: in
the first group this period waa several seconds, and in the second it was
fractions of a second. Fig, 2 shows tan I dark ' f(103/T) for specimens of
the first group. In the range of 166.67 - 250 0K conductivity J.ncrease8 only
slightly with temperatures In this range, ZE 1 of the various specimens
was between 0,08 and 0.14 ev. At higher temperatures the climb becomes
suddenly stooper (some curves exhibit a salient point), and bE 2 was be..
tw6en 0.6 and 0.8 ev (L E denotes the depth of the impurity centers). Fig.3
shows the same for crystals of the second group. For this, a is practical-
ly independent of temperature up to 4850K, while at higher temperatures
there is a steep rise; all these curves exhibit a salient point. With a
1riew to checking the existence of local trap-like centers and to determin-
Ing their depths, the authors studied the thermostimulated conducti-4ity of
the various specimens. For0gamma-sensitive orystaleD current maxima were
found at 175 and 290 - 315 K (Fig. 4), whereas gamma-insensitive ones had
a maxim-am only In the laat-mentioned range. The levels responsible for the
peak at 3000K are located (as had been calculated by means of formula (2))
Card 2/4

82551
The Conditions for the Occurrence of Gamma 3/181/60/002/007/031/042
Conductivity in US Single Crystals BO06[BO6O
0.45 ev below the bottom of the conduction band. The results are finally
discussed in great detail. Gamma absorption is mainly due to Compton
jhotoeffect and pa'Ar production. The quantum
scattering (92%), but also to
yield was found to attain - I electrons per gamma quantum. The gamma-
induced conductivity ( AI ft? lo-13a) is mainly due to impurity centers
(shallow traps) and donor centers located near the bottom of the conduc-
tion band. Additional experiments were undertaken in order to test the role
played by shallow traps In gamma conductivity. These traps can be caused
by the introduction of bismuth impurities, as is shown by the appearance
of peaks (Figs. 7, 8). Finally, the role played by shallow txaps and donor
cen-texa in the mechanism of the formation of gamma current is discussed,
and the following mechanism is assumed; the Compton electrons arising on
the scattering of gamma quanta are exciting carriers from band to band,
excitons as well as electrons from lower atomic shells. In the ease of the
existence of shallow traps, excitons can decay into negatively charged
centers, and this decay is followed by a transition of electrons into
the conduction band..The authors thank V. K. Lashkarev, Academician of
the AS UkrSSR as well as M. K. Sheynkman for discussions. There are
8 figures and 11 references: 6 Soviet and 5 Us.
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82551
The Conditions for the Occurrence of Gamma Sll8lV601002100710311042
Conductivity in CdS Single Crystals B006/BO60
ASSOCIATION; Inatitut fizlki AN USSR Kiyev
(Institute of Physics of the AS UkrSSR, Kiyev) L4//
SUBMITTED: July 30, 1959
Card 4/4

25581
S/185/60/005/002/018/022
D274/D304
-?4-,7 76 0
AUTHORS: Konozenko, I.D., Ust'yanov, V.I. and Galushka, A.P.
*--------------- -_
TITLE: On the nature of gamma-ray conductivity in cadmium-
sulfide crystals
PERIODICAL: Ukrayins1kyy fizychnyy zhurnal, v. 5, no. 2, 1960,
276-277
NITM
TEXT: The fact that 'i-conductivity is found in certain crystals
only of cadmium sulfide, makes the physical processes involved more
difficult to understand. Thus, owing to non-homogeneous composition
of such crystals in the vapor phase, an extraordinary spread in the
values of the dark resistivity of the crystals is observed. The
author obtained single crystals of cadmium sulfide by a method (Ref.
3: E. Grillot, Compt. Rend., 242, 779, 1936) which yielded more hom-
ogeneous crystals; the spread of dark resistivity did not exceed
an order of magnitude of 1.5. These crystals can be divided into
two groups according to the lag in their photoconductivity. To the
first group belong the crystals for which an 80% rise (or drop) in
Card 1/3
1

25
S/185,/60/0055578C 02/018/022
On the nature of gamma-ray... D274/D304
photocurrent takes place in tens of seconds. An investigation of
the temperature dependence of electrical conductivity for this
group showed the presence of impurity centers with following activa-
tion energy: donor-levels with AE from 0.4 to 0.12 eV, and from
0.5 to 1.2 eV; trapping-levels with AE3 from 0.08 to 0.13 eV, and
from 0.5 to 1.2 eV. To the second group belong crystals which have
no trapping levels with activation energy from 0.08 to 0.13; for
this group the rise (or drop) in photocurrent takes place in a few
seconds. It is noted that first-group crystals show a decrease in
electrical resistivity under the effect of 'Y -radiation; they are
called I -sensitive. The crystals of the second group are not'
T -sensitive. Hence the author considers that the trapping centers
with small activation energy have an important role in the genera-
tion of ^t -conductivity. It can be assumed that the Compton ele-
ctrons excite the carriers and the excit-ons; the latter, can in-
crease the carrier concentration in the conductivity zone, i.e.
lead to T -conductivity. A. Rose (Ref. 5: Phys. Rev., 97, 1543,
1955) and (Ref. 6: Poluprovodnikovyye preobrazovateli energii iz-
lucheniya, IIL, 1959 (Semiconductor Converters of Radiation Energy)),
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25581
S/185/60/005/002/018/022
On the nature of gamma-ray... D274/D304
showed that the great inertia of the cadmium crystals (the crystals
of the first group - according to this article), can be explained
by virtue of the centers of two types with a different electron-
capture cross-section. There are no tapping centers in the absence
of 't -sensitivity; this- should be expected with the exciton mechan-
ism too, of ^e -conductivity. There are 6 references: 3 Soviet-
bloc and 3 non-Soviet-bloc. The reference to the English-language
publication reads as follows: A. Rose, Phys. Rev., 97, 1543, 1955.
ASSOCIATION:
SUBMITTED:
Instytut fizyky AN USSR (Physics Institute AS UkrSSR)
December 23, 1959
Card 3/3

KONOZENKO, I.D.; -,USTIYANOVI V.I.
Production of large WS single crystals for dooimetry of ga=a field.
Ukr, fiz. zhut. 5 no. 5:606-614 S-0 160. (MM .14:4)
1, Institut fisiki AN USSR.
(Cadmium sulfide crystals) (Ga-ma rays)
-1
.q~
w

33105
S/636/61/001/000/031/056
(//93/ /A /*5*) B116/BIO2
AUTHORS: Konozenko, I. D-p Ustlyanov, V. I., Galushka, A. P.
TITLE. Study of the y-conductivity of CdS single crystals
SOURCE: Tashkentskaya konferentsiya po mirnomy ispol'zovaniyu
atomnoy energii. Tashkent, 1959. Trudy. v. 1. Tashkent,
1961, 200-210
TEXT; The authors describe the production of CdS single crystals and
present the investigation results, They found that their 1-conductivity
was due to local centers having the form of shallow traps (AE - 0-08-0-14e~
since the slightest disturbance of crystallization considerably influences
the crystal properties, the authors developed a special production method
to reduce the parameter spread. Crystallization took place at 12000C in
quartz tubes, in which prior to heating, the air replaced by nitrogen.
During the heating nitrogen is continuously added with the flow rate being
chosen in such a way that at 12000C a temperature drop of 10-150C occurs.
This method guarantees a small number of crystallization centers and a
high growth rate of the crystals. Crystallization where a constant
Card 113

33-105
3/63 61/001/000/031/056
Study of the y-conductivity ... B116YB102
nitrogen flow rate and constant temperatures are of great importance,
takes 1-5-2 hr, Debye-Sherrer patterns showed that the CdS single crystals
grown in such a way have a hexagonal lattice with a - 4 .08 ~, a - 6.72 k0 f
and c/a - 1.65. The temperature dependence of the dark conductivity of
the crystals before and after y-irradiation and the thermoatimulated
conductivity caused by irradiation by light or gamma rays were studied in
a thermostat. C060 of a maximum intensity of 3 curies/sec served as
y-source. The CdS crystals obtained can be divided into two groups
according to their dark conductivity and the photocurrent inertia:
(1) increase and decrease of the photocurrent take several seconds,(2) only
fractions of a second. From 170-2500K the conductivity of the first group
slightly increases with temperature. AE1 - 0.08-0.14 ev. Above 250 OK the-
curves become steeper and AE, - 0.6-0.9 ev. The conductivity of the
second group hardly increases from 170-2850K and beyond 2650K the curves
has the same slope as that of the first group. Considerably 1-conductivitr
(L\I' A special apparatus permitted simultaneous measurement,
lectrical resistance and X-ray analysis of the samples at different tempera-
tures. The compositions of the samples were: 9076 MgO and 1015 Fe203 and
90% MgO and 101o FeO. The samples were prepared in tablet form 3-4 mm thick
by mixing finely ground powders, with subsequent pressing. The samples were
placed in a high temperature chamber which permitted heating to 1500 C, with
Card 1/2

L 1253-66
ACCESSION NR: AP5021510
attachment of a URS-501 diffractometer. They were heated at a rate of 0. 17 de-
grees/sec with practically no temperature gradient across the sample. The
phase composition of each sample was studied by continuous X-ray photography in
the angular range of 200-270301. For some samples complete X-ray photos were
taken over the angular range of 11-410. The same measurements were made with
cooling of the samples and subsequent reheating. Results for both types of sam-
ples in the given temperature interval are shown graphically. Basically, the
article gives a qualitative picture of the kinetics of phase changes In the systems
MgO-Fe 03 and MgO-FeO(Fe 203) at atmospheric air pressure and with continu-
ous heating to 1400 C. In particular, it is shown that magnesioferrite under these
conditions forms at 290 C. Orig. art. has: 8 figures
ASSOCIATION: Vostochnyy institut ogneuporov (Eastern Institute for Refract2FY_._'____
Materials)
SUBMITTED; 00 ENCL; 00 SUB CODE: MM, IC
NR REF SOV: 006 OTHER: 005
.Card 2/2

TT"I'T W h deviec for tho high f_Am,=r-q(-.z a pj0ft-_jV,,- of
r -
olectr-';,~al conductivity and x-r_ny _illgn
I SOURCE. Zavodskaya laboratoriya, V, 31f no. 5, 1965, 620--621
17
1~~IIPIC-TAGS- x ray--diffraalAoa_8t do,,- olectric conductivit-7. bigh tempera-
ture iftst-,vz9_n_E_,_7EF&_s__
urlF~g_ appara 3G I audio frequency generator, FUTSH 55
a,lt~ tri -~r, ('141F 21,'~ n.'75 PqP 01 -At- t;,
LG 1 6M-, 1 ~ L~e
ABMACT.- A device was develoDed for DrovLdinaz simullaneous ~-~ay q;:411~! i~- and
C, ~_tlese
conduc'.',,'_I.y measurements are v.th a I-a a r a -3 stono br~,Ige
the Enclost-ae) In which R is the refr_-Iated resistance for Jeter,:InIz47, the roel3t-
3
ance R of the specimen, and R, is the standard resistance for periodically
Card
IMIR MEN NNE -WIM
F
4

L 53592-65
ACCESSION 11R: AP5012504
calibrating tho bridge. A capacitor box (1) Is connected to one log. A 3G-1
affain frentlanev generator (low-5000. C-oz-0 in one ldiazonal =avants
ft Z. -1
-A 4
-n
%
7 wq
nea'-er s a
itty measurement. The furuace ia surrourad6d b-i JI-jightwoight bricks and 1~s enza Lre
scaled -Ath ther-Lml inaulation disks. Thq x-ray la-,~Lm ~Iits are covered with
n4 -L-p 14 1 tin 3-1 it Vr"T-j fit-' Dr-mittin~- Paz an_-.u_1&-
820 vith URS-50214. in test moasurerif-rints, im addition -.c The Pt-FtfLh tllermocouple,
Lmrn nnntrnllad Im studyinir the 7--ray pat,.erm of Plati-ri=, which
Vnlr", Wll',h !,,-,re; ' r, , 'C ~ c v7~ va
Card 2/4

L 5359`-65'
XCESStOil
Ar -1 ITR: AP5012-5%,
Orig. art. M5; 2 figuros.
c -issledovatellskiy i rcoyaktW rtitut
MOOLMON4. Vostochr%yy nauchno in
A
SCiGnIllie RgeearCl, and DpIgl- TngtjtUtq of
SUBM WED 00 ENCL: 01 SUB CODI-7:7Do EK

I oylJe li~- i c4r; t I-A 1~" t'.;~. 1;
fu Cl
I tric c6ndu-tlviv, X-ray
39
RA 18-8)

L 1657-66 EWT(m)/EPF(n) _2/EWG(n)/j~4P(0/wF(b_)__ ZOO --------
iACCESSION HR: APS021417 UR/0076/65/039/008/1932/1937
541.13+541.17
~AUTHOR: Bessonov, A. r.; !!~It~,_Y~ntpev, V. M.
iTITLE: Study of certain oxide systems with the aid of a high-temperature device for,
;the simultaneous measurement of the electrical resistance and x-ray diffraction
lanalysis of samples
!SOURCE: Zhurnal fizicheskoy khiipii, v.,-39, no. 8, 1965, 1932-1937
!TOPIC TAGS: electrical resistance measurement, x-ray.diffraction analy is zirconi-
Um oxide phase analysis. 7?"
7_1
!ABSTRACT: The properties of ZrO MgO and ZrO2 - Y203 composition!3 (taken in the
1 2
iratio of 73:25 and 93:7 nole % respectively), whicF-were pressed and sintered at
116000C, were studied as a function of temperature by means of a novel device which
lpermitted the simultaneous measurement of electrical resistance and x-ray diffrac-
.tion analysis. A wiring diagram of the device is given. 'The phase transformations
lof ZrO? were invest-igated, and the electrical resistdnce method was found to be m0
;sensitive than the x-ray method in the identification of the phases formed during
COrd
1/2--

1. 1657-66.
!ACCESSION KR: AP5021417
!heating or cooling, since it detected their formation earlier and was sensitive to
!their presence for a longer time. Furthermore, inflections occurring at 5500C and
14900C on the resistance curve had no equivalents in the x-ray studies. It is con-
!eluded that the resistance method is highly sensitive to slight structural changes
arising under the influence of external factors such as temperature, medium, Pres-
sure, or chemical reactions. The two all-important methods of x-ray diffraction a
!
lelectrical resistance measurement can thus be made to supplement each other in a
'highly useful manner. Orig. art. has: 6 figures and 1-table.
'ASSOCIATION: Vostochnyy nauchno-isoledovatellskiy i proyektnyy institut ogneuporn,
~promyshlennosti (Eastern Scientific Research and Planning Institute of the Refrac-
Itory Industry)
;SUBMITTED: 14Apr64 ENCL: 00 SUB OODE: GC, IC
INO REF SOV: 012 OTHER: 005
Card--2/-2

BESISIONOV, A.F.~ U.-I'VANI'SEV, V.P..; IAROSLAVTSL-V, A.,S.
:nvestigating the ki-netics of phaa8 transfomations in a 5pecimen
of magnealum and copper oxIdes. ~Zv. vys. uchob. zav.; ~mvet. met.
8 no.5~4r;~-53 165. Nifi.A 18.,1o)
'! Urallskiy politekhnicheskly inatitut, kafedra mata'lurgli
tyazhelykh t2vetnyKh mel.allcv il Vcs*vocbnyy instivat cgneuporov.

BES)SCIVNI A.F.;
in r.ynt,imt: f'~O)
2")) uu"'rl" tn(I, r ?I,.,Ltir4~ Pnd n he
NA - FPO(F(
!ttr, r,.-neupory 30 n0.900-34 165. (14 i i

. 06293-67 WT(m)/WP(e)/EWPW/ET1 LJPW
ACC NRt AT6OZ7i_4T_( Sol
AUTHORS Polazh&Lovp YUG M.; Ustlyantsevp V. H
ORGI none k~
TITIZI Phase transformations of zjrconium dioxideteparating during the thermal de~
comoositio %V of N&HZrSiO5 (effect of prior pressing)
SOURCEt 4 SSSR. Otdaleniye obshchey I tekhnichaskoy khimii. Issledovaniya v oblasti
khimii ailikatov I oklolov (Studies in the field of chemistry of silicates and oxid84.
Moscows Izd-vo Nauka, 19651 217-220
10
TOPIC TAOS$ zirconium compounds phase transition, refractory
_0
ABSTRACT: A study of the phase transformations of ZrO2 present In a mixture with
Z t,
rQ12O~ was carried out with aid of high-temperatu-1w x-ray phase analysis on a
-501 diffraotometer provided with a heating attachment. The heating rate was 8
dog/min. It was found that the low-temperature tatragonal ZrO2 which separates duringi
the thermal decomposition of KaffZrSiO5 on heating changes directly into the high-te, m:
peraturo tetragonal form, and the latter changes into the monoclinic form on cooling
As the pressure of the prior pressing of the specimens rise3j, the temperature at which
these transformations bp ormations
.&In drops. It its concluded that polymorphic transf
of ZrOp in refractoriesPean be prevented if it is mixed wJ1h a suitable material hav-
ing a sma3_1 coefficient of thermal expansion and good sintering properties, such as
Card

L o6293-67
I-ACC7WR- A%027149
NaHZrSiO5. Orig. art. hass 2 figures I table.
SUB CODES 07/ SUBM DATES 0301--t64/ ORIG REFS 003/ OTH REPO 004
Card 2/2

L 10880-66 MIR (0) A3ff WARP W -9/r/bs
~CC NRs AT5028247 SOURCE CODE: UR/2'il/65/000/006/012',3/0130
VW' k it~
AUTHOR: Strekalovskly, V. N.; Dessonov, A., P.; Ustlyantsev, V. M.; Burov, G. V.
ORG: Institute of Electrochemistry, Ural Branch, Academy of Sciences S3R,(Akademiya,7_,
nauk SSR, Urallskly filial, Instttut Elektrokhimii) 1/4
TITLE: High- temperature x-ray diffraction sta!!j of oxide ceramics ,e W .1i
T7
14
SOURCE: An SSSR. Ural'skiy filial. Institut elektrokhtmil. Trudy, no. 6, 1965. Elck-
trokhimiya rasplavlennykh Bolevykh I tverdykh electrolitov (Electrochernintry of fused salts
and solid electrolytes), 123-130
TOPIC TAGS: x ray diffraction analysis, oxide ceramic, ceriurn'-Zampound, strontium com-
pound zirconium compound, 11trium. compound, neodymiurn compound
I -X--j 17 17 1 27
ABSTRACT: A description Is given of high-temperature attachments forx-ray diffraction
studies with photo- and ionization recording of the diffraction pattern (at temperatures between
20 and 1500C). Examples of high- temper atare x-rak analyses are given for sintered oxide
materials: Ceo., CeO2-8r0, Zr02_Y, 0., ZrO 2-Nd20., ZrO -CaO. The transitions
occurring In ZrO.-Nd2O3 and Zr02-Y2O, on heating and coolirg are determined. The x-ray
coefficients of thermal expansion of these samples are found to be lower than the dilatometric
ones. It Is postulated that the difference in the change of the lattice constant of CeO2 as
Card

L 10880-66
ACC NRl AT5028247
studied ir. air and vacuum to due to the formation of a solid solution of Ce20, in CCO2
in a vacuum. Orig. art. his: 8 figures and 1 table.
SUB CODE: 07, 11/ SUBM Dk7;E:' none/ ORIG REF: 008/ OTH REF: 011
e)
2/2

FE33014OVp A.F.; USTYAIITS,','V,
Study of some oxld6 :,ystems b.,- mpars of a ?,fgh-t,~rq.,sra,~ure plant
fo-.- the almultaneour, reasiirr~rro~nt, ef elnetric resistance and the
X-ray diffraction analyale cf samplcs. Zhur. f.'Z. Min. 39
no.Ftl932-1937 Ag 161-0 (Mmk 18-9)
3. lFoatochny-y nauoIL-ia-!ssleJcvatcl'sk!y i proyektryy institut
ognoupornoy prorVshlenncstli.

STREKALGVSKlY, V1.1r.; BESSONOV, A.F.L UST'.rARTSEV,, BUROV, G.V.
j _
High temperature X-ray diffraction study of oxide ceramics. Trudy
Inat. elektrokhim. UFAN SSSR no.6al23-130 '65.
(MIRA 18: 1-1)

.L 36505-66 EWT(m j
.-YEI-T( _)/T
ACC NR, AP6017880 SOURCE CODEs UR/0062/661000/005/0930/0932
AMOM Ustyrrruk, Le A.; Shevelev. S. A.; Faynzillbergq A. A.
ORO$ I tituto of Orra ic Chomistr M. my f Se ionces, SSSR
As - -Y-k ~
(Inatitut organichaskoy, khimii Akadomii nauk S35R)
TITLE$ Weat of acylating agents on salts of 1,1-dinitroalka
SOURCES AN SSSR. Izvestiya. Soriya khimichoskayap no. 5, 1966, 930-932
TOPIC TAGS1 acylationg organic nitro compoundp ethanot propane
ABSTRACT% The reactions of salts of gem-dinitroethane with the acylating agents I
acetyl chloridoy acetic anhydridep acetyl nitiate, benzoyl chloridep methyl chloroa- I
cetatet and p-toluenesulfo 1 chloride were all found to produce dinitroethyl ethylni~
trolate CH3C(NO2)=N-O-C(N~T2CH3 (I). Its yield varied over a wide range with the
conditions of the reactiong i.e.9 the nature of the solvent and cation, proportion of
the reactants, and temperature. Thus, in the reaction of the potassium salt of gem-
dinitroothano with acetyl chloride in,,Polar solvents (acotoneg acetonitrilep dimethyl~,
formamide), the yield of (1) was - 30p, but in solvents of low polarity, where the
potassium salt is practically Insoluble, (1) was not formed at all. If however the
triothylamine salt of gem-dinitroothane, which is soluble in all these solvents, is
introduced into the reaction, the formation of (1) in substantial quantities is always'-
UDC1 542.91 + 547.232

ACC NR, AP6017880
o6erved. The effect of acylating agentsq particularly acetyl nitrate, on salts of i
lol-dinitropropane was also studied. Like i1j-dinitroethaneg lgi-dinitropropane under,
these conditions was found to yield a product of autoxidationl, dinitropropyl propyl-
nitrolate C2H3C(NO?
,)=N-OC(NO2)2C2H5-
SUB CMEI 07/ SUBM DATZ, 0800t63/ oRIG Rat 001/ OTH REFt 002
I~vt.
Card

PEREVALOVA, E.G.; q~TPTU~, Tu.A.; NESMEYANOV, A.N.
Reactivity of compounds containing a ferrocanylwthyl group.
Report No.lt Hydrolytic cleavage of quaternary ammonium salts.
Izv. AN SSSR. Otd.khim.nauk no.6:1036-1045 4 163. (MIRA 160)
1. Moskovskiy gosudarstyennyy universitet imeni Lomonosova.
(Ammonium 'Compounds) (HydAo;,ysis) (Ferrocene)

PEREVALOVA, E.G.; USTYNYUK, Yu.A.; NESMETANOV, A.11.
Reactivity of compounds containing a ferroceny1methyl. group.
Report No.2: Reduction of quaternary ammonium BaltB containing a
ferrocenylmethyl radical by sodium amalgam according to Emde
reaction. Izv. AN SSSR. Otd.khim.nauk no.6:1045-1049 A 163.
(KM 16:7)
1. Moskovskiy gosudarstyennyy universitet imeni Lomonosova.
(Ammonium compounds) (Perrocene) (Reduction, Chemical)

U S T YL,G( C.-. 1! G
t
-ii 5 `61'

USTYLIGOV) N. , in7.h.
. '11-1,''.
Ill,ecira-P" transmitter. Radio no.9:-'3G-32 S 165. (:,-,IilA lr~f:ijl

14273--66 EWT(1)1FS(v)-j SJT9~ DD/RD
ACC NRt AT6003841 SOURCE CODE:
UR/2865/65/004/000/0070/0074!
AUTHOH.s.. Tardovq Ve Me; Ustyushin. Be Vat Orlov. Be F,
OPG:' none L
TITLEs The problem of human resistance tiV briefly-acting angular accelerations
of large magnitudes
SOURCEI AN SSSR. Otdeleniye biologichookikh nauk. Problemy k6amicheakoy
biologii,, v. 4,, 1965, 70-74
TOPIC TAGS: space physiology,, EKG, cardiovascular systems, Mt man,, vestibular
apparatus# vestibular effect, biologic acceleration effect, psychologic stress
ABSTRACT: the-effe .ct of + 30- 90 G/sec2was studied* using 6 healthy. Mqi~
subjects 22-25 yr. of age. A special de~,~A~e*c-bn-sitr-u-cted by V. V. Dobry-ain,;*;
was used which consisted of a chair, power shdck ab~sorbers with a a treso
.system, an actuating and automatic braking system, and counters which
registered rotation duration, turning angle, and tangential force. ' 7be
i actuating and braktng system permitted positive and negative angular
accelerations with a duration of 0. 2 see. _ThpiykWitude q e I
Card 113

.1,-.14273-66
ACC Mi AT6003841
in 56 tests was gradually Increased from 30 G /6ej 2 to 90'G /sec
Rotation took place around the longitudinal axis of the body.
. The following physiological Indices were studied- clectronystagarnogrom,
EKG, arterial pressure, respiration yate, 'and EEG. - Subjqptive illusions
*'during rotation were characteristic of those experienced when the semi-CIL...
2cular canals are stimulated. .......I
The cardiovascular s'ystem'reacted sharply to short-term rotation,
.reflected In an increase in pulse rate after the chair had been stopped.
In some cases, after exposure to + 30-90 G/sec, the rate was 125
'beatslmin, quickly returning to b6rmal and sometimes subnormal levels.
Systolic and diastolic pressure was increased. B KG's showed a par-
allelism with- the above indices: The QT Interval shortened as pulse rate
increased, returning to normal 10-15 min later. The systolic EICG index t
increased.by 10- 1576 as pulse rates increase, but quickly returned to
al. - Spike voltage-was unaltered in all-teats.- Like carulac'activi
norm ty"
the respiration rate also increased immediately after exposure, quickly
returning to n&mal. levels.
Card 2/3

414273-66
ACC NR: AT6003841
An examination of EEG's showed an increase in the ampli.tude and i
content of high-frequency rhythms (greater than 20 cps) Immedfately
after exposure to rotation. This reflected a predominance of excitatory
'processes taking place in the CNS at thte time.
It Is observed that the reactions of the organism to short-term
rotations were not specific and were attributed to neuropsychic responses,
i.e. , to emotional strains such as those encountered in -catapult tests.
This was substantiated in a test in which a subject was given a false cominandi
that the chair Was ready to revolve and did not. The same physiological
i.reactjpns as tho.se observed during rotation occurred, though not to as
great a degree* Orig, art. hass 5 figtwee, [ATD FRESSs 40914~1
SUB COM 06 SUBM DATE: none'
Card 3/3

RUDAKOV, Viktor Vasillyevich, kand. tekhn. nauk; j�jYkZHAjN-N,-je iy
jj_4p44
Anatollyevicb,-inzh.; SWEYNBOK, G.Yu., inzh... ved. red.;
SHVETSOV, G.V.,, tekhn. red.
(Electronic amplifier with a multiplying device for servo drive
systema]Elektrannyi usilitell s mnozhitellnym ustroistvom dlia
sistem slediashchego privoda. Koskva, Filial Vaes. in-ta
nauchn. i tekhn. infor-matsii, 1958. 23 P. (Peredovoi nauchno-
tekhnicheskii i proizvodstyennyi opyt. Tema 42. Ko.P-5"9/7)
(MIRA 160)
(Amplifiers, Electron-tube) (Servomechaniesms)

DANILOV, S.11.,- TIKHOMIROVA-SIDORM, N.S.; USTYUZF-AHIN, G.Ye.;
YEFIMOVA, G.A. I -
Cleavage of an anhydride ring in dianhydraxylitol by amines.
Zhur.ob.khim. 32 no,11:3614-361; N 16,,. (MIRA 15:11)
1. Institut vysokomolekul~ny~h soyedineniy AN SSSR.
(Xylitol) (Anhydrides) (Amines)

USTYUZHANIN. G.Ye ; Y&FIMOVA, G.A.; KOGAN, E.M.; TIKHOMIROVA-SIDEROVA, N.S.1
.DAKILOV., S.N.
Cleavage of an anhydride ring in dianhydrcxylitol and its
derivatives by hydrogen chloride in glacial acetic acid.
Zhur.ob.khIm. 32 no.11:3617-32621 N 162. (HIRA 15:11)
1. Institut vysokcmo1eku1yarnykh soyedineniy AN SSSR.
(Xylitol) (Anhydrides) (Hydrochloric acid)

-- USTYUZHANINI G. .; KOGAN, E.M.; TIKHdMM-SIDORM, N.S.; DANILOV, S.N.
flew data on the structure of xyl-itol dianhydride. Zhvr.ob.khJ .
32 no.]-1:3622-3627 N 162. (VIMA 15: U)
1. Institut vysokomolokulyarnykh soyedineniy AN SSSR.
(Xylitol) (Anhydrides)

USTYUZHANIN, Me.- TIKHOMIROVA-SIDOROVA, N.S.; DAMIM, 33.N.
0
Hexitol anhydride with with a f-ring-
1.3-anhydro-2.4-metbylons-5.6-Ainathyl-D-sorbitol. Zhur.ob.
Wim. 33 no.2s453-457 F 163. (KMA l6s2)
1. Institut vysokonolekulyarrqkh(iioyedinaniy 0 WSR.
(Sorbitol) Hexitols)