SCIENTIFIC ABSTRACT N.P. DIOMIDOVA - D.E. DIONISEV

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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DIOMIDDVA, N. P.
"Develorment in Vitro of Mamnalian Gonads" (P. 570) by
Diomidova, No P,
SO: Advances in Modern Biology (Uspekhi Sovreirennoi Biologii),
Vol. XIII, No. 3, 1940

DIONIMOVA ~ N. ; POPO VA' , N.
Great Contribution to the Science of Life (By Doctor of
Biology N. Diomidova and
Candidate of Medicine N. Popova)
Soviet Source: Izvestia, Sept. 21, p. 2
Current Digest of the Sr-viet Press (in I& Library), Vol, 2
, No. 37 , 1950, P. 4

J,~ 1,11 ~~. - - ,
AKIMOV, M.P. [deceased]; DIOKIDOVA, T.A.
~ ... ~ -
Zooecological characteristics of plantations in the
Valiko-Anadol
maosif. Nauk.zap.I)nipr.un. 48:141-150 155. (MIRA 10:11)
(011ginks, District-.-Forest fauna)

GORDOV. A.N.; LAPINA, E.A.; DIOMIDOVA, T.G.
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DIOMIPAWSKIY . D. A.
Diomidovskiy, D. A. -- I'llegu2ations for the
Operation of Furnaces in Non-
ferrous MetallurjW." Dr Tech Sci, 'Leningrad Mining
Inst, Leningrad 1953.
(Referativrjyy Zhttrnal--Khimiya, No 1, Jan 54
so.- sm 16811 22 July 1954

~ DIDMIZUVSKIY, D.A., doktor tekhuicheskikh nauk.
... I 1'_1 ....
Importance of electric smelting in nonferrous
metallurgy in the
U.S#S.R. TSvet.mete 28 no.5:17-20 S-0 '55. (MIRA 10:10)
1.1seningradskiy gornyy institut.
(smelting) (Nonferrous metals)

IDION2 L_Pmttriy Alsksoadrovich, profeasor, doktor
teklinicheskikh nauk,-
MIJMAYLMO, A.YR.0 kanditiat tekhnicbeekikh nauk.
retsenzent;
KRAPUNHIN. V.V., kandidat tekhnicheskikh nauk,
retsenzent; YBVDOKDGRKO,
A.I., kandidat tekhaiche,.tkikh nauk, retsenzent;
YIIGOROV, F.G., inthenar,
reteenzent-, MIKHAYIANIO, x.Ya., redaktor;
ARKHANGRLISUYA, M.S..
redaktor iisdatellstva; HRLOV, A.?.. teklinicheakiy
redaktor
[Turuaces for nonferrous metallurgy; construction,
analyele, tbeory,
calculation] Pechi tovetnol metallurgii-, konstruktaii,
issledovania,
teoriia. raechet. Moskva, Gos. neuchno-tckhn. izd-vo
lit-ry po chernot
i tovetnot metallurgii, 1956. 459 P- (MLRA 9:12)
(Metallurgical furnaces)

DIOMIDOVSKIT, ofessor, doktor tekhnicheakikh nauk.
R.-L&MIL
The furnace theory In nonferrous metal inlustries.
Met. met.
29 no.10:19-31 0 '56. (MLRA 9:12)
1. Leningradskly gornyy institut.
(Nonferrous wt&A industries)
(Metallurgical furnaces)

SOV/137-59-1-69
Translation from: Referativnyy zhLirnal. Metall.urg-lya,
1959, Nr 1, p 9 (USSR)
AUTHOR: Diomidovskiy, D. A.
TITLE: T-M-i-e -Theory of Non-ferrous Metallurgy Furnaces (K
teorii pechey
tsvetnoy metallurgii)
PERIODICAL: V sb.: Materialy Soveshchaniya po vopr. raboty
pechey tsvetn.
metallurgii i razvitiya pirometallurg. protsessov. Moscow,
1957,
pp 18-37
ABSTRACT: See RZhMet, 1957, Nr 7, abstract 11562
Card 1/1

TSIIYDLXR. Aleksandr Allbertovioh- prof. doktor;
SMIRNOV, V.-I., prof., doktor;
D.A. 0V, G.R.
prof.-dokkor;.DCBRMOT , kand. tekhn.
DICIGIR
S.A., kand. tekbu. nauk; GURDU, N.V.. red.;
MUMMA, L.G., red, izd-va; VAYNSHTATN. Te.B., tekhn. red.
[)Ietaliurgy of copper and nickel] Metallurgiia medi i
n kelia.
Mosk.va., Goa. nauchno-takh. izd-vo lit-ry po chernol i
tovetzioi
metallurgii, 1958. 391 p. (HIRA 11:8)
1. Dgy.stvitellnyy c*Gn Akademil k KOLAW (for Smiruov).
lemingradskiy gorW AUA:~,L MOM "' ~'~ IMET ti i
~g-I'tyazhelykh
-Y blitgorodufth w (for 3&~Idoirsia-' 14brokhotov,
Bulakh).
Oopper-Mwtallurg7) (Nickel~'-Mstallurgy)

.3 /130'-59-2-?/24
AUTHORS: DIORLIO'.ovski DAA,,, Shalygin,. L.M., GalInbek,
A.A,.
and MJMME~dv,.
TITIBj: Continuous Converting of Mattes, (Nepreryvnoye
konvertiro,raniye shteynov)
YERIODICAL:Tsvetnyye Metally, 1959, Nr 21 pp 2?-34 (USSR)
ABSTRACT: The authors discuss some shortcomings of the
present.
converter process, the chief of which is its
discontinuity. They discuss the heat balance of the
process in terms of the variation of the calorific
value of the matte and minimal. permissible blast
utilisation with variation in its copper content
(Fig 1 and 2 respectively). PrelimLiary tests showed
that blowing the matte in suspension was not ef-lt:ective
and the authors concentrated on top blowing through water-:
cooled tuyex.-es of the matte flowing through a container
(Fig 3). Work with cold hydraulic models and hot
laboratory-scale installations was followed by tests on
a 1-tonne (matte) hot installation at the Balkhashs!~"-Jy
MedeplavilInyy Zavod (Balkhash Copper-smelting Works).
Card 1/3 This (Fig 4) consisted of a cylindrical horizontal

Continuous Converting of I&ttes
SOV/136-59-2-r//24
furnace rotatable about a vertical axis. The furnace
was lined -with chrome-magnesite brick with heat
insulation and had a welded, iron shell. The matte
entered at one end where the tu,,iere was located and
flux was added, while -IGhe slag left at the other end..
A type ZIF--,ql compressor (rated at 200 nm3/hr at up to
6 atm gaugt~) and oxygen cylinders provided the blast.
Facilities for temperature, gas-composition and flow
measurements were provided. ObServations of the
interaction between the blast, Biatte. slag and lumps of
flux (Fig 5) showed that a tuyere inclination was an
import-ant factor. Fig 6 shows the degr~,.e of utilisation
of oxygen (%) as a function of tuyere Liclinat-i'Lon (degrees)
for heights of tuyere nose above the sizz-faces of
150 to 200 mm (curve 1) and 250 to _300 mm (curve 2).
Optimal conditions for air blowing were established a.-
70 to 800 tuyere inclination, 4 to 5 atm gauge blast
pressure, 300 to 350 mm tuyere-nose height above bath.
The results (table 1) showed that the tuyere height above
the bath could be increased without reducing oxygen
"lard 2/3 utilisation by oxygen-enri.chment of the blast.
Chemical
-11

Cont inuous Converting of Mattes
Z)C)V/136-59-2-?/24
compositions of products obtained under the above
optimal condition with air blast (tablE:s 2 and 3) weDB
0-3? to 1.64. and 23.58 to 28.804,o' OU and- Si02,
respectively in slag and ?2.66 to 78ASI and 98-52 to
99. q Cu in white matte and crude copper respectively.
The authors outline one of their proposed continuous-
converter processes (the converter is shown in Fig 7)
put forward on the basis of their experimental results.
They propose a blast pressure of at least 6 to 10 atm
gauge and suggest that because of its high concentration
the S02 in the converter waste gas could be utilised.
They consider the process particlularly attractive with
blast oxygenation and applicable to various materials
e.g. ferronickel. There are 7 figures, 3 tables and
2 Soviet references.
ASSOCLkTION: Ieningradskiy Gornyy Institut (Leningrad Mining
Institute)
Card 3,13

V
S, 1.36/60/000/05/005/025
E071/E235
AUTHOR: -DiomidovskJ,y, D. A., Profepsor, Doctor of Technical
TITLE:: Basis for an Improvement of Furnace/in Non-Ferrous
Metallurgy
PERIODICAL: Tsvetnrre metally, 1960, Nr 5', pp 18-26 (USSIR)
ABSTPJLCT: The necessity of the development of new improved designs
of furnaces used in the non-ferrous metallurgy is
stressed and the main trends in which some improvement is
possible are discussed. The fo-1lowing main trends of
development are mentioned: 1 ) Maximum-utilisation of the
heat of exothermic reactions, taking place during the
processing of materials in the operation of furnaces
(metallothermic processesS roasting and. smelting of
sulphide ores and concentrates, convertor processing .-)f
mattes, chlorination of various materials etc).- This type
of fuel economy is illustrated with examples of the
utilisation of sulphur in smelting and roasting furnacces
processing sulphide materials. 2) Complete and efficient
utilisation of the sur 'face area of finely ground
concentrates for the intensification of' physico-chemical
Card 1/4 and heat exchange processes (continuous fluidised bed

69827
S/136/60/000/05/005/02.13
E071/E235
Basis for an Improvement of Furnaces in Non-Ferrous
Metallurgy
processes). 3) Intensification of processes and improve-
ment of heat balances of furnaces by increasing the
amount and pressure of the blast, application of oxygen
enriched and preheated air and improvement in burden
preparation (shaft furnaces, convertors, regarding burden
preparation - preliminary fluxing, carburisation,
reduction or oxidation, agglomeration by briquetting,
pelletising or sintering, drying and preheating of
charges is mentioned). 4) Combining of various processes
in one aggregate in order to have a more rational
utilisation of their energy resources and the working
space of furnaces (as an example the furnace for
simultaneous roasting and smelting of concentrates into
a rich matte is mentioned). The design in the near future
of metallurgical furnaces combining in a sing 1e unit
roasting, smelting into a matte or an alloy, partial
conversion of the alloy and formation of a single slag,
or a furnace for conversion of mattes and alloys with
Card 2/4 a partial refining of metals and finishing
treatment of

6Y02 7
S/136/60/000/05/005/025
E071/E235
Basis for an Improvement of Furnaces in Non-Ferrous Metallurgy
rich circulating slags is considered quite realistic.
5) Transfer from periodic to continuous operation of
furnaces. As an example a possible scheme suitable for
copper andnickel works (Fig 6) is outlined. 6) A wide
application of electric heating in all'processes treating
ore raw materials and refining of metals. 7) An
improvement in the durability of furnaces and prolonga-
tion of their campaigns by a wider applicatio.-ri of cooling
elements, protective linings and some new refractories.
8) Increasing dimensions capacity and power of
metallurgical furnaces. 95 Mecbanisation and automation
of all operations of servicing furnaces including charging
of materials and discharging of products. '-10) A more
complete utilisation of the heat content of all products
formed in furnaces including gases, slags, dust and
cooling mixtures. 11) Utilisation of some new high
efficient sources of thermal energy-atomic, solar, etc.,
(it is concluded that in the distant future the present
utilisation of atomic power viaelectric energy is likely
to be substituted by a direct use of thermon-uolear reactions
Card 3/14 in metfillUrgic furnace-reactors.). The use of solar
energy

698' 27
S/136/6o/Ooo/o.5/005/025
.E071/E235
Basis for an Improvement of Furnaces in Non-Ferrous Metallurgy
is exemplified by the production of magnesium from sea
water in the USA, and the proposed erection of a solar
metallurgical furnace in New Mexico. It is concluded
that the required progress can be achieved by organising
a special bureau for designing furnaces for the non-ferrous
metallurgical industry with active co-operation of the
corresponding works,, research and higher education
institutions. There are ? figures.
ASSOCIATION: Lenin radskiy gornyy institut (Leningrad Mining
InstituM
Card 4/4

J~TOMIDOTSM~-D.A.-,-prof., doktor telchn.naiik
CondItIons of electric ore smelting. Met. met. 33
n0-7:32 J1
160. (MTRA 13:7)
1. LeniWadakly gornyv. institut.
(Nonferrous metals--Electrometallargy)

DIOMIDDVSKIY, D.A., p-rof., doktor tekhn.nauk
Objectives in the automatization of machinery and
metallurgical
processes in nonferrous metal metallurgy. TSvet. met.
33 no.9:3,?-42
s 16o. (MIU 13: 10)
1. loningradskiy gorny7 institut.
(Nonferrous metals--Metallurgy) (Automatic control)
t

-DIO-MIDOVSKIY. pmitriylieksandiLovicht prof., dok-tor
tekbn.nauk; GLINKOV,
- M*A*p profsp doktor tekhn*naukp retdenzent;
MLXWj.WKOp A.Ya.,
red.; ARKHANGELISKAYA, H.S.9 red.izd-va,-
DOBUZHIRSKAYA, L.V.9
tekhn.red.
[Metallurgical furnaces in nonferrous metaU-urgy]
Metallurgicheskie
pechi tsvetnoi metallurgii. Moskva,
Gos.nauchno-tekhn.izd-vo 3.i-b-3--y
po chernoi i tsvetnol metallurgii, 1961o 728 p. (MIRA
14:6)
(Metallurgical furnaces)
(Nonferrous metals-Metallurgy)

DIO14IDO Dmitriy Alekzandr2jLq"yof,., doktor
tekhn. naukj
SHALIGIN, Len MikhaylovLah, dots.; GALIN=, Arnolld
Andreyevich, inz.h.; YUZ'HkNINOV, Igor'
Aleksandrovich, kand.
tekhn. nauk; MIKHAYLENKO, A.Ya., dots., kand.
tekhn. nauk,
retsenzent [daceased);.ARKHANGELISKAYA, M.S., red.
izd-m;
KARASEV, A.I,v tekhn. red.
(Calculation of pyromet&llurgical processes and
furnaces for
nonferrous inetallurgy)RAschaty p~roprotsesoov i
pechei -tavet-
noi raetallurgii. Pod nauchuni red.
D.A.Dioinidovskogo. Mo-
skva, Metallurgizdat, 1.963. 459 p. (MIRA 16:3)
(Nonferrous metala-Metallurgy)

SHALYGIN, L.M.; DIOMDOVSKIY, D.,A-.. I - r
Investigating the nickel matte converter process with
top blowing
and a continuous overflow of slag. TSvet,, met. 36
no.8:20-30
Ag 163. (MA 16:9)
(Wickel-Mstallurgy) (Converters)

RNKWUKY- D r ~Aleks %ovkcb; ZUBKOV, G.A., red.;
BUROV,
ia.~ r~~ A'SEV, G.V., red.
[Colitrol and automation of processes in
nonferrous motal-
lurgF] Kontroll i avtomatizatsiia protsessov v
tsvetiaoi
metallurgii. Moskva,, Metallurgiia. Pt.l. 1965.
371S p.
(14IRA 18:7)

MIKHAYLUKO, Andrey Takovlev!Lch; MWMIN. Vsevolod
Valerlywrich;
-I)IOMIDOVSKIY,,D.D.. prof.-dokt., reteenzent;
CHMNON', I.N.,
red.-, ARIMMMISKAYA, H.S., red.izd-va; MUUMUU, L.V.,
tekhn.red.
[Furnaces for nonferrous metallurgy] Pechi tRvatnol.
metallur-
gii. Izd.2., ispr. i'dop. Koskva,
Gos.nauchno-teklm.izd-vo
lit-ry po chernoi i tsvetnoi metallurgii, 1959. 46L~
p.
(MIRA 13:4)
(Metallurgical furnaces) (Nonferrous
metals-Meitallurgy)

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DIONZESOV* S. M.
2990,~
Hatyarialy k biografii akadysmWm ivana pystrovicha
pavlova. (I. P. Pavlov
v pyetyerb. Un-tye). Fiziol ishurnal seer. in.
Sysohyenova, 1949, No 59
a. 614-21
SO: LETOPIS' NO. 4o

38277 DIONESOV, S. M.
Ivan Petrovich Pavlov. (K 100-latiyu so drWa rozhdeniya).
Vestnik khirurgii
im. Grekova, 1949, No 5, a. 10-14

USSR/~Iediclne - Nervous System Jan/Feb
4~1
JIedicine - Painful Stimuli, Effect
"Effects of Painful Stimuli," Dionesov,
Leningrad, 17 PP
CO
"Uspekhi Sovrem Biol" Vol 1,CMij ',To 1
Summarizes work done to determine actions
of
various irril-ants on '-est animals and
patients.
U
Concludes that due to multiplicity and
compley.-
ities of those chanL,Les in organisins
which occur
as a result of such simple phenomena as
short
irritations of the pain nerves, there is
no
similarity in the reaction of the
orZanism to-
.ward these painful stJjmli. ",uch is
dependent
;,4
6's
USSRA-ledicine - Nervous System -Jan/Feb
49
(Contd)
on particular functional state of the
organism, and
also on degree of painful stimulus.
47/49T68

In cwp an tb*k bW*d
NICAt. lutt.),
&LAndt mowil no diNtortx%mv of hralth
rvrn after mmov
numiths. .14mmt1sm-ous rise of blu,%j
."gut varkf very
touch with difirtrut anintals.
Removal Of PaLrotids Mow%
WIPIS Of lack of iftwuLar function.
while retuovul of submaxil-
Lair% gives a vatur rise o(insular
function. Thernechanimn
i% not clear. (I. kt. Ka'"IMIF

-Y.OMSOV) S. M.
2. USSR (600)
4. Physiologists
7. Departure of I. P. Pavlov from the Military Medical Academy in
1913. Fiziol. zhur.,
38, No. 5, 1952
9. Monthly List of Russian Accessions, Library of Congress,
February .1953. Unclassified.

DIONESOV, S.M., professor, 2aveduyushchiy.
Wfect of nociceptive stimali upon the convulsant property of
strychn1i'me.
IkLrm.i toks. 16 no.1:33-36 Mr-Ap 153. (MLRA 6:6)
I. laboratoriya razvitiya funktsiy endokrinnykh organov
Instituta, evolyu-
tsionnoy fiziologii i patologii vyssheynerv-noy deyutellnosti
imeni I.P.
Favlova. 2. Kafedra normallnoy finiologil Kirgitskogo
gosudarstvennogo
metlitainakogo instituta. (Nervous system) (Strychnine)
Strychnine administered intraperitoneally to guinea pigs in doses
of 3.0-3.5 VgAg produces spaBms. The same doses do not produce
spasms or have only a
weak effect after a strong nociceptive irritation has been
applied. This irritation
brings about an inhibition in the nervous system which
counteracts the spasm- roducing
action of st-.7cludne. 2KT16

.v % v tv t:. -'3 0 v Iz,
KANTOROVICH, I.N*; DIOIWOV, S.M.. professor, zaveduyushchiy.
tdiw~
Comparison of the cholinolytic action of a nwaber of local
anesthetics in
relation to their anesthetic effect. Furm.i toks. 16 no.2:18-19
Mr-Ap '53.
(MLRA 6:6)
1. Kafedra normalluoy fiziologii Kir~gizskogo gosudaretvennogo
meditsinsko-
go inatituta. (Ioca:L anesthesia)

DIONESOV, S.H.;MIKHAYIkV, V.P.
Assig,nment of I. P.-Pavlov to the profeissorship at the
Tomsk University;
biog2-aphical data. Fisiol. zh. SWR 39 no-3.:386-397
twy-June 1953.
(CIKL 25:1)
1. Pztmztt for Diouesov; Ieuingra4i for Mikhaylov.

USSR/General Section History, Classics, Persowdities
A-2
Abs Jour Referat Zhurn. Biol. No 16., 25 Aug 1957.,
67829
Author
Title
Orig Pub
Abstract
Dionimov S.M.
So-me. Biogmphical Material on Professor A.Ya.
Danilevsky.
Tr. Blagoveshchensk Med. In-ta, 1955, 1, 28-30
Biochem. See Referat. Zhurn. Biol. 1955, 28180.
Card 1/1 - 15

USSR/Human and Arimal Morphology (Normal and
PathologiCal), S-4
Digestive System. Oral Cavity
Abs Jour: Ref Zhur Biol., No 19~ 1958., 88323
Author : Dionesov. S. Moiseyiev YO. A. ; Usov., it ~
G.
Tnst t AS USSR
Title : Microstructural Changes in the Salivary
TLaxids
Following Ligature and Resection of the libicre-
tory Duct.
Orig Pub: V. sb. Materialy po evol3ruts, f iziologii.
T. IJI,
L, AN SSSR, 1956., 117-126
Abstract: The right salivary gland was ligated and
resected in
38 rats aged 3-16 days and in 6 adult ones; the left.
gland served as a control. 223 days after the opera-
tion, the terminal aegments of the gland in the young
rats were found to be shortened., dilated and lined
Card 113
4

USSR/Human and Animal Horphology (Normal and
Pathological). S-1
Digeative Systpm. Oral Cavity
Abe Jour: Rof Zhur - Riol,,, ITO 19., 1958,,
88323
.Abstract-. with a cubical epithelium with
large nuclei. Dtirk2
compressed colls wore distributed in the wall
out-
side the layer of the cubical cells. The liumn
of
the terminal segments containod cells of
desiquamated
epithelium and cellular debris. The inter-and
intra-
lobular connective tissue was rich in cellular
ele~
ments during the early postoperative stages;
later.,
fibrous elements predominated. In adult
anijialsl
the who]Le gland was overgrown with connective
tissue
following the ligature of the duct. Under
silnilar
conditions in young rabbits,, the whole tissue
of the
gland consisted of follicles of various
dinersions,
the walls of which were lined with regular
rcws of
cubical cells. The basal membrane was absent
Lind
the epithelial lining of the foll- icles
merged with
the strata of interlob;Uar polygonal
epithel-.1al
Card 2/3 cells. In places, the follicles Tgere
constracted

USSR/Human Pnd Animal Morphology (Normal and
Pathological), 8-1
Dige,stive System. Oral Cavity
Abs Jour: Ref Zhur - Biol... 110 19, 1958, 88323
Abstract: of cells of various forms. 'The lumen of the
folli-
cules was vacuolized. It fcGlows that, in rabbits,
ligature and resoction of tho duct of valivary glands
,!t an early age does not lead to atrophy of the gland,
but causes a structural change with the preservation
of some sort of definite function, possibly of -*Ln-
cretory n,-ture. - G. A. Sa-%ich
Card 3/3

Country : USSR
Category: rhar7mcology. Tox-j.cology- Narco'l;ics
and "Lypriotics
Abs Jour: FZhBiol., 'o 6, 1959, No 27621
Au'u-,or : Dionesov, S.M.; Usov, A.G.
Inst --A-c-a-a-emy of Sciences USSR.-
Title The Influence of Nociceptic Stimuli on i;'.e
Somni-
facient Effect of Chloralhydrate.
Orig Pub: V ob.: Materialy po evolyute. fiziologii.
T.I., M.-L.,
AN SSSR, 1956, 12'1-131
Abstract: The experimeats were conducted on mice
and guinea
pigs. MiloraLiydrate, after preliminary nociceptic
stimulation, induces deep sleep (3-ateralposition)
in
a greater number of cases than in control
experiments.
The effect increases with increase of force and
Card 1/2

Country : USSR v
Category: Pharmacology. Toxicology. Nurcotics a.id
--ypnotics.
Abs Jour: RZhBiol., ~io 6, 1959, No 27621
length of sUmulation. - From the a-,~t',,or's re-
sume.
Card : 2/2
V-3

'A~ - ~ I - - r ) - -,
~ - /1/* C:- -S, 0 v, j , ,
DIOVICSOV. S.M.; HOLWAVA. Ye.A.; USOV, A.G.
- I :I I... - i
C-hanges in the microstructure of ealivaz7 glands
following the
ligation and resection of the excretory duct. Matpo
evol.fiziol.
1:11?-126 156. ! (MIRA 11:1)
(SALIVARY GLANDS)

USSR General Divisica, History, Classics, Personnel
A-2
Abs Jour : Ref Mir: - Biol., No 1, 1958, No 58
Author : Dionesov, S.M.
Inst Not Given
Title : The Teaching of Physiology in Russian
Universities in the
Pre-SeCbenov Period. Report I. The Te-aching of
Physiology
at Kazan. University
Orig Pub : Tr. Iaagoveshchensk. med. un-ta, 1956, 2,
104-111
Abstract : A short historical survey of the teaching
of physiology at
Kazan, University from the moment of its inception
(18o6) to
1858. Noted is the extreme backwardness of the
science of
pbysiolo.gy and the teaching of physiology at Kazan
in com-
parison with Mo.--cow) Derpt, and Kiev Diiversities
and the
Medico-surgical Academy. This backwardness is
connected
with the "rout" of Kazan University, caused by its
"trustee",
the reactioaary Magnitskiy, A detailed
characterization
is made of the teaching of physiology by the
reactionary
Card 1/2

USh / General Division, History, Classics, Personnel
A-2
Abs Jour : Ref Zhur - Mol., No 1, 1958, No 58
professor V.P. Bervi, who considered his chief task
the
struggle with "pernicious materialism". Described
are the
clashes of the students with Professor Bervi which
led to
his departure from the university in 1858.
Card : 2/P

USSR / General Division,, History, Classics,
Personnel A-2
Abs Jour Ref Zhur - Biol., No 1, 1958, No 59
Author Dionesov, S.M.
Inst Not Given
Title The Teaching of Physiology in the Russian
Universities in
the Pre-Sechenov Period. Report II. The T~Saching of
Physiology at Kharkov University
Orig Pub Tr. Blagoveshchensk. mad. un-ta) 1956, 2,
112-117
Abstract The historical survey embraces the period
of time from the
founding of the university (1804) to 1863. It is
noted that
in Kharkov the teaching of physiology stood at a much
higher level than at Kazan: the course of physiology
was
given by spocialists, proponents of the experimental
tendency
in physiolojW (Profs. I.D. Kaigin, A.S. Denediktov,
I.A.
Kalenichanko). The best textbooks of that time were
used
as the basin of the teaching (Mazhandi, Claude
Bernar,
F-ilomfitskiy, and others). Physiological
demonstrations
Card : 1/.,;,

USSR / General Division, History, Classics,
Personnel A-2
Abs Jour : Ref Zhur - Biol., No 1, 1958, No 59
were practiced. However, physiology developed slowly
at
IOuLrkov University, and Its teaching lagged behind
that
of Moscoir University and the Medico-sxxrgical
Academy.
Card : 2/2

DIONESOV, Semen Maksimilianovich
~;-.
[Paiii; the influence of painful irritations on the
vital
acti,rity of the body] Boll; vliianie bolevykh
razdrazhenii
Amur
na, zdznedeiatellnost' organisms. Blagoveshchensk.
skoe
knizhnoe izd-vo, 1958. 231 p. (MIRA 13:7)
(PAIN)

DIONESOV, S.M., TOLOKOVA, N.A.
of the nation of soporif lea following nocicentive irrita-
tion in hypothyroid nnimnle [with summnry in English].
Biul.eksp.
biol. j meti. 46 no.7:52-56 Jo 158 (MIRA 11:7)
1. 1% knfedry normAlinoy fiziologil (zav. - prof. S.M.
Dionanov)
Blngoveshebenskogo meditsinskogo inntitutn. Predstnvlenn
doystvitellnym
chlenom AMN SSSR V.F. Chernigovskim.
(URAGIL, rel.cpda.
methylthioracil, eff. on nativity of nmobnrbital
& chlornl hydrate in nnimnla after nociceptive irritation
(Rua))
CAMOBARBITAL, effects,
after nociceptive irritation in methylthiouracil-raceiving
animals (Rus))
(GHLORAL MRATE, effects.
same (RUS))
(PAIN. experimental,
off. of nocicoDtive irritntion on activity of amobnrbital
L
& chlorRl hydrnte in methylthiourneil-receiving nnimals
(Rus))

VERESHCHAGIII, A.P.; DIONESOV, S.M.
Effoct of ilooleeptive (pain) stimulations
of camphor. 'Biul. eksp. biol. i med.
1. J:z Mfedry normallnoy fiziologii
Izhovskogo meditsinskogo instituta.
chlonom'AMN SSSR VA.Zakfisovym.
(0 AMPHOR) I (PAIN)
on the spasmodic effect
49 no-3:70-72 Mr 160.
WIRA 14: 5)
(zav. - prof. S.M.Dionesov)
Predstavlena daystvitollnym
(CONVULSIONS)

DIOK,.MQV4-&M-.,-prof. (Lugansk)
Training of rural midwives at the beginning of the 19th
century
in Russia. Sav. zdrav. 20 no.6t67-72 161. (MIRA 14:7)
1. Iz kafedry normallnoy fiziologii Luganskogo
meditsinskogo instituta.
(OBSTFVRICS--STUDY AND TEACHING)

DICNESOV, !,-.M.
"I nfluence of lasting nociceptive
stimulations on the
viability of the organism."'
Report subadtted,, bat not presented at the
22nd International
Congress of Physiological Sciences.
Wide% the Netherlands 10-17 &-v 1962

DIONESOV, S'. 14.4- prof.
------------------
Sources of womenla medical education in Russia.
Vrach. delo no.7:
120-123 ii 16,). (MIRA 3.5:7)
1. Kafedra normallnoy fiziologii (zav. - prof. S.
M. Dionesov)
Luganskogo, meditsinskogo instituta.
(WOMFJq AS PHYSICIANS)
(MEDICOINF-STUDY AND TEACHING)

DIONESOV, Semen Maksimilianovich; POLEZRAYEV, Ye.F.,
red.;
MIRObDVA, A.M., tek1m.-7iied.; BELICHIKOVA, Yu.S.,
takhn.
ral. - . t
[Pain and its effect on the human and animal
organism] Boll
i -se vliianis na organism cheloveka i zhivotnogo. 2.
izd., ispr.
i dop. Moskva, Medgiz, 1963. 358 p. (MIRA 16:5)
(PAIN)

DIOVESOV~ SJI., prof.
Ivim Petrovich Pavlov and religion. Felld. i akush.
28 noals
30-33 Ja 163. (MIRA 16:7' )
1. 7,exeduyushchiy kafedroy normallnoy fiziologii
Luganskogo MOM,-
tsinskogo instituta,
(PAVLOV, IVAN PETRUVICH) 1849 - 1936)
(NEDIC3NE ARD RELIGIOR)

D-10jTl'lSkOvV-S.m..,Prof .
History of the orgemization of the first courses
for nscienti-
fic nidwives" in Russia. Felld. i akush. 28
no.6:5(~-53 Je'63.
(MDIA 16:8)
1. lz Luganskogo meditsinBkogo instituta.
(OBSTETRIQS) (PUDWIVES)

DIONESOV. S)emen Maksimilianovich
1*.'V.A.Kashevarova-Rudneva, the first Russian
woman
cloctor of medicine] V.A.Kashevarova-Rudneva -
Pervaia
russkaia zhenshchina - doktor meditsiny.
Moskva, Nauka,
1965. 101 P- (MIRA 19:1)

BELISKII, G,Yo.j.DIO
~11-811
Inveotigation of mechanical. propertlos of
higb-strength steels.
Prom. etroi. 43 no.0,UO-44 165. OATRA 18:9)

1-Mili-ND~/Cheinical Tu-,chnolu,-;y. ChemicA Proaucts
anc'iH
B
Their Uses. rart III. Chornical Pincossinrl
F-.-.,ssil Fuols.
l,bs jour :Rof Mu*j~-Khimiya, ~~o 152 lqf~.lq 514-,g
laithor :Dionisic, Radu
Inst *-
T itlo :By-Prof~uct Cok---- Tnftstry.
Orig Pub :raza contva, inconrli-ilor, 1956, No 29 27-32
i,bstract IL po-pular articlo, Clevot~,cl to thu
'U-(.,cj'-uao-
lot,--y of coal culdnt- nncl to tho chamical
proelucts rosultim, fron, cokin.f,-.
Card 1/1
60

VETROV. Yu.A.,ka-ad.teklin.nauk. DIOJIISlY9V
JL.I.,inzh.; STAKHEVICH, Ye.B.,red.;
f'-
AIMUIEV, G.,tekhn.red. --': ~
[Resistance of rock to cutting] Soprotivlenie gornykh
porod
rezaniiL-. Moskva, UGLI&TFAHIZDAT. 195)1.113 p,
(Kharkov. Veesoiui.,ny-.L
nanchno-issledovatellskii ugollnyi inatitut. Hailchnye
raboty)
(MM 12:1)
(Rocke-Testing) (Excavating machinery) (Mining machinery)

A y "U
AZYZOV, H.S., inth.; DAVIDSNKO, Ytt.K., inzh.;
i'i'ALLO, inzh.; DDIN. A.M., inzh.-, KARPINSKIr, N.Te..
liali -_~
1iAZM'YSIA)Vj Tu.S., kand.tekhn.nauk; SIRIPKA, L.Y., kand.
tekhn.nauk; TULOVSKIY, M.11., inzh.; YAMSHCHIKOV, S.M.,
inzh.;
OXMIKEIKO, V.A., red.izd-va; B91LOV, A.?., tekhn.red.
[Problems in open-cut mining of coal] Voprosy otkrytoi
razrabotki
ugolOnykh mestorozhdenii. Pod obahchal red.
1U.S.Razqyslova.
Moskva, Vgletekhizdat, 1957. 338 P. (MIRA 11-4)
(Strip mining) (Coal mines and mining)

L - 2IA1--66 EWT(d)JEEGM-2
XMIWl ~6011279 SOURCE CODE t UR,f0413/66/1)DO/006/014010140
INVENTOR: Dioai!_!1evq- As 1* 1 Shulyakovskty# A* As 11; Antonovt YU
lie
ORG: none
TITLE: Receiver for a pulse-width.telemety
Na. 18011:1 y _!ya toot Class 74,
S01';RCE t :Ezobr(i taniya, promyshlonnyy1t obra.ztey,, tovarnyye
znakL,
69 19661 140
TOPIC TAGSi t0lemetryl, telemetliy receivet, pulse wildth telemetry$
capacitor,, vienjiuring capacitor, imemory capacitor' transformer,
diode',
silicon d1.odee,*thV*a. wfid ;M4=4M a a
ABSTRACT: An huthor CertLficate,has been issued fox, a receiver for a
pulse-width-telemetry system having a transformer, aieasuring and
memory
capacitors, and a leveling-cLrcuit diode between thel,capaciiors (see
JL ~Flg. I* Receiver for pulse-width tele
metry system
lm transformer; 2 usasuring capac,
3 - menory c-specitors 4 - 1evoliall-circul
diode ; 5 silicon diode; 6 - neon tubeg
r
:1 Card 112 7 UDC1 .62'1.398

. . I - - -
L 2,4041-66 1 .
. . - I

UTROV, Yu.A., kand.takhn.nauk; DI(WISITE, Aj..
inzh.; SO,'AEMIGH.
Ye.B., red.; ANDRIM, G., tekhn.red.
[Transactions of the All-Union Coal Scientific
Research Institute;
resistance of rocka to cutting] Trudy Voeaoiuznogo
nauchno-
issledovatellskogo ugollnogo institute "TUGI";
soprGtiVlenie
gornyk1i porod rezaniiu. Moskva, Ugletekhizdat,
1951. 113 P.
(mIRA 14-.1)
(Rock)

an automatic device for calculating the
of
1958, 17 PP (main of Sci Res and Pro-je"
DIONISIYF,V, A.I., Cand Tech ','Ci --
(diss) ""I;Idy of
Oriyani,?,ations under tta Gosplan USSR.
All-Union
Sc-" Res Coal Inst VUGI) 150 copies (KL,
50-56, 12h)
60

AJ
ALATORTI, S.A., nrof., doktor tek-hn.nsiflr; ANIRMT, A.V.,
Imnd.tel-Jm.
nauk; ANCILUROV, I.L., inzh.; BALIII.'-XIY, S.I., inzh.;
BELOUSOV.
Y.G., inzh.; VINHITbKIY, K.Ye., kcand.tekhn.nauk; VLASOY,
V.H.,
inzh.; VORORTSOV, V.P., kand.toldm.nauk; GIPSMAH, M.K..
inzh.;
GLUZMAN, I.S.. kand.tekhn.nauk; GUROYEV, S.V., kand.takhn.muk
Cdeceaaedl; DEMIN, A.M., kand.tekhn.nnuk; YEGURNOV, G.P.,
kand,,
takhn.nauk; YEFIMOV, I.P., inzh.-, ZHUKOV, L.I., kand.tekhn.
nauk; ZELITSM. N.M., inzh.; KOGICHEV, M.H., knnd.tekhn.naul:;
KOTOV, A.F., inzh.; 11,DINOV, G.P., inzh.-. LAPOVHNKO, N.A.,
kand.
teklin.nauk; MAZUROK, S.F., inzh.; MELINIKOV, 11J.; MTMRIK,
II.G,,,
inz)l.; NIKONOV, G.P., kand.tokhn.nauk; ORLOV, Ye.I.. inzh.;
POTAPOV. M.G., kand.tekhn.nauk; PRISEDSKIY, G.V., inzh.;
RzmgvsKiy. V.v., prof., doktor tekhn.nauk; RYAKHIN, V.I.,
kand,,
teklm.nauk; SIMKIN, B.A., kand.teldin.nauk; SITHIKOV, I.Ye.,
insh.;
SGROKIN, V.I., inzh.; STASYUK. V.N., lmnd.tekhn.nauk;
STAM.710,
Ye.B.. inzh.-, SUSHCHOKO, A.A., inzh.; TYUTIN, I.F., inzh.;
TYMOVSKIY, L.G., inzh.; FISE1010, G.L., kand.teldm.nauk;
FURHAHOV,
B.M., inzh.; WIATAYEV. M.G., inzh.; STOSHKO, Ye.F., rof.,
doktor
telchn.nauk; ThWIGORWE, A.M., glavnyy red. Ldoceased~j
(Continued on next card)

ALATORTSEV, S.A.--(continued) Card 2.
KIT, I.K., zameatitell glavnogo red.; WOSHKO, Ye.F.,
zamestitij!'
otv.red.; BUGOSLAVSKIY, Yu.K., red.; BYKHOVSKAYA,
S.H., red.;
,.DI21ISlYET, A.I., kand.teldm.nauk, red.; KOZIN,
Yu.V., red.;
L
SOK61__0V_S_k'ff_,_ ".., red.; MASTREBOV, A.I., red.;
DEMIDYUK, G.P.,
kaad.tekhn.nauk. red.; KRIVSKIY, M.N.,
kand.tekhn.nauk. red.;
LTUBIMOV, B.N., inzh., red.; 14OLOKA14OV, P.L.,
inzh., red.; REISH,
A.K., inzh., red.; RODIONOV, L.Ye.. kand.tel:hn.nauk,
red.; SGA--
V-UTSKIY. S.O.. inzh., red.; TRAEM4AN, A.I., invh.,
red.; TRYMOIT-
%IY, L.G., inzh., red.; VIDELEV, A.S., doktor
takhn.nauk, red.;
SRUKHOV, A.H., kand.teldin.nauk, red.; TER-lZRAWYAN,
T.G., r3d.
izd-va; FROZOROVSKAYA, V.L.. tel:lm.red.;
KONMITlYSTA, M.A.,
tekhn.red.
(Continued on next card)

ALATORTSEV, S.A.--(continued) Card 3.
[Mining: an encyclopedic dictionary] Gornoe delo;
entsiklIc-
podichaskii spravochnik. Glav.red.A.M.Terpigorev.
Chleny glav.
red.A.I.Baranov i dr. Moskva,
Gos.nauchno-tekhn.izd-vo lit-ry
po gornomu delu. Vol.10. Nining coal deposits by the
open-cut
method] Razrabotka ugolInykh mestorozhdenii otkrytym
sposobom.
Redkollegiia toma; II.V.Mellnikov i dr. 196o. 625 p.
(MIILA 13:2)
1. Chlen-korrespondent AN SSSR (for Mel'nikov).
(Coal mines and mining) (Strip mining)

0*0000000*000040 :MS
1 a It a III a
ICZ, ac cogyros JuLam OF6 03 Tut"I, 0 ~ - I - 166 r "1 140
~.lv 01 At it vs
ITT AND 00 LtITAR 340 4*0 AT" 434094ts 1 f. VIOWU
AYMOR "Wit ..Tvamt$ mots
'ease ~Svvcomv
'AORTAII
-Asomm vU too
04P vionam amp" pubam 9
091 '-p-OPOW-4 so ;.";.9g "a
4 OLI ITT togoolno v vpjA tu"a"
OWN ~ujwq(tpqdvu-4 pfn ppv Vol"-
'PW
sea Wit IPUDWOM
77JMI--:WI V
AJIIIIXdGa ~t'([ *VOW
94P., Wr`VM
00, VW F,
so.
04r
0 6" Too" 1111111,0011.6 ANT sills"It'S
0 - Sale"
W-1-; -3
IN 411
I - a I a
Itm wit an ItWIA. A -6~ &,W

lww-A
0.0
set lil'i
*so
90,3
SOW
am
W td
md D~-Sb
Oka
W.("). wd
Is
'00
nee
wee
too
its 0
goo
go*
ties
ASO.SL& 611AMOCC&L k#TMTM CLA4%WKATIP
'%IOWA SIV461S.4
oftato .' I solo" 0640 INV vc 1111 0., '17i age
74
0 0 00*04'.O-Oolt~ oil

0- W-W-W
'a' 'a III V VA I M UP it
5. 1, a 1-1 1 it L L 9 V ".r -P 1..;. 11-1.,
x
:
i Mitioloofthon" -13"" of IV TAIM dismiss". Inciting curves
ftw the 4 systems pnxlui~rd 2 eutretirsand .06
:100 M. IsUml hictice toad m I roax. with the sharpness I-M >
1.11 > I-IV, anti a -0
-butyl 4100uh. kedly Alt max for I_V Datis for the turld" W the
23. UM
z (Wor. (U. S. S. R.) J, P76-W(IOU S 4 systems Lod the
viiscosity of the systerns I-U And I M I-*$
ob 6: Ghnin. C. A. 23, 23415; Elpirt, C. A. 24, 28D.-71W
suggrA that at low ternps~ all 4 Bu ales. fonn with I mM.
00 1 It t C51WNHOI (1) OW HU011 (U). MeVCHCH.Oll "'M
inthepropiwtiontifilto.111c. V. Recip-mal
(Gem
I. RtMeC11011 (IV) and Me"H M were studied soluCtly of
othylatiodliualse and some hydracarboss of '40
117 the metillult, -1 op. ar., viocoalty st(14,250 and Wand tj
YA sairitis C.. A. S. Itroun. 1W. K3 A; cl, Ohukhov,
31*; HICItilig. 71W data obtained by the viocanity mthod at ~69
IP aboirw the fannatlan Cd MA amptis. only at 1- 25.
3imim.-The ret-ilmx-al -iy. ,i th~ mixt... .1
2 ItX)% I and hydrocwhoot of the fatty arml cyclic artics
0 11 and 1-2 111 with the vismally maims shifted in the vras
studied with anhyd. c. P. firtan- (VI). c)Tlohcxww
directlott of the Ina
j, in- vismin sk. r(minponents. The (VU) and dIIP(jMqPcnyl (M.
The Wilultilitier 'if
yetirift 14V Inodneod no viscomity max. at 000 while 6 4.X% 1
In VI and 0.901- VI lit I at 25' slowly Increased*
;-V gave a "Wicaul. "Irve for the viervisity at V. 11W with
risins Wimp. to 14 aim] III &1 00% anti then rapittly
a viscosity cunvs at 23' showed the Orestrat Incroast: In "it
ae
1 viscosity foir the vy-teras I It furthi-r riar in temp. to 4
suml PA at 104.A'. The ..I
-9 and I-M and a coneave curve of the sulvif the mixt. of I
and VII 6 anakwux &*
. i
00 z curve for I -IV wid I-V- The viscooity curves at W* to
that of I and with the Mal-WAY. DIV,% I at
00 W fortned "at sitaight tin", thus indicsting Abnost. In the
tsipir mixt. of 1. VI and V11 the rrcilwtx-W w4r. of
iKE "Mipirte dt,awn. ot all thew awl. CoMtKI.. at t"W. The I
I. pritt-hins themal" III IOU) hVI't..
vvith the wiv. if I lit Vill twodumil
Ch".
too
III Is (V to (I a It It of of of It It #1 14 410 it1Is 0
0 o 0 0 q di 0 0 0
0 a 0 op 0 0 a 0 0 0 0 0
R M;

it __V;l.;-_;__x_),_TJ, -.1
V X I$ n 1
It I
0 1) 'A ISE
s
it it it W it 94 U Is "
AI r I I t fi__K J I f- 0 4, J. ___ ".1 LU-IM AX 0 U41-- 6
i,_J__A__! Ji 1, A. -1

1 -11
ee 4f
fit t4utbi

It
::
11144tl"~ Awl refl.t..14 I

I

ledag*5 W NOW to so& by "Wal Pa.
GM
J
a

CAM. (U.
. S. R.) 91
. APP
Tbv redaction of X&
SO
to
laeo)(lw)

~
*
4
"

. ploceeb very filowly
Ns.S by a natural ambeginsatOW
to 430" No coal" rapittly alum" to ConlPtetim at

I-00

%bet temp. The be-t reaction tmp. is *V-W*, yield-
-00

int.
its 3 hta.. M-4-0.3% M NO. Repeated utdisation

Ili isli Ov" 1"u.
t"WI,. altbatsah the rate of loshictom
-0 0

i0owvl. Waste sts$
"my 1* utilixed for a I-Sniai tedisr1kru
Go

of Sullate, with it
couxvistive reduction by a ltrA 11*4.

i

Folluation of reaction -prodt ts (N&Olf and Na,,S(N)
I
C
h
t
h
U
S
Z
0
I

o JA
de" taws w
t
increase
env.
nse. T
&
W
ua,N%
O.
'

I
=00
g
and the ant. of N&OH laimed
is a" formed at 8W
f
l
00
dam not eaceed 6%. Best reaulta were obtained with a
C*

NaSO.
powder of OW mesh; further dishilwation Iow-

=41
00
ervd the yield becaute the powder Ivu camed from the

reaction chnsuber by the San strem. The N%S formed
.00

had only a
on" amt. of carbon admixt. (not over 0.6%).

l
The compa. of tM natutal gas (d,s 0.775) wo., CM $1.9. 1

96 r
C111, 0.8. CH, O.P. higher b)*omrbom 5.6, CO, 0.7.
'
1'
l
'
'00

. Thirteen rc
ervat". A. A. P.
L
, 2.1 and N, 11.3
e

;~o 0
00 si zoo
:1 ;.4O 0
=00
to 0
I a - S L *91ALL&MG-C-L LITIOATUOr CLASUPKAT10
VO 0
-T
t, t, 1, ;69 %f( .99 KtjC9 CKWan
0 0 0 0 0,0 a 0 0 0 0 0 0 0 0 0 0 Is 0 0 0 0 0 0:9 a 0 0 0 a 0
0 0 0 0 0 0 0 0

W
00
A
A
00 a
00 a
00 a
00 it
go .3
00 .3
0* 13
00
00 v
04
I$t A-P
a-tammU frOM VMP* GO*&- V- 9- Diall"'ev and It
AWrolmon, ]Mg. Rojor
PrIkI. KkIm. 1937. No 3. IM, Kkipw Referat. Zbw,, 1,
No 2. 44 01,11W Kv.14 wrIr illw6u.
AIIIINI 14) &J. thtif tolltalloin Lf"Ilent 1,%, t1jr
UtiIJ1,11jilo
44 PaPe vmte In the wine-Moducing industry. The anit.
C4 enot"Unin Varies fnxn WUP it, S~34%. '% metfult! d
P"Allclkm of enotannin (exAn. of the cirfattett qubstanm
with C*H*011) was devi,"I. The faunin contaim thicim
7.27% anti aglucan 92.73%. lis Orinviomy tNulilkil. is
C-19 M%. 11-4.25% anti 0-46%. W. R. lirnn
L AQI. W-an-
1341W
too -4
-'s I w bi 9 dm
U a No 10 11 Kul A 1 114
0 0 0 0 0 0 0
go 000
14, 41 g
) 6 o 0 0 0 0 0 0 0 0 0 0 0 0 0
.00
-00
-00
0
2*0
vee
so**
4t a o a
Iro 0
0
0
!!Go
INS 0

-w-V -W Tr
As 17 is y# ir is w m m a b 0 is im & 4, v &j -0
4, UE-w-
it -1 "-Y-L-.AA. 0 MOD CL I
oil $no ;--p fimplat ".z.
Aqutous and acid hydrolysis of the gmilymmiccharides oU
wilival mIfSw, I hem%y, Z,iirvoks 1(j,,'
mt, 43. 14L%. - Olt: tv~t. r.m.Wed m 11011-1%zillt '.41 K. 111
4 IT. '11aw Willi 2M %-v. 44 ItM, ("S% 11",A), puld N% -040
it 'p. Aritl ir.111, tit th.- fimmati'm A
as i gjllk'~ at"I M011 (all"I Irswrillmull .4 the
%1n%. %vl,i-r ym-ld is idituitml liv livdi%tiv.1i it"
tit . at 1.30 411' und'-f 4 " atm., aml mati. Y11-1.1
t='%i i% tAilaintil by hydjt4vKi4 for It, min. at IOU) ',it'
mul.-I 14, It at"I. A. zoo
0 0 clo*
a* q
0*0
ze 0
a*411O
ts
A 1, 4 -L A ACTALLUNCKAL 4.1111114~%1011 CLAIMCATION us 0
44 ago -t 0.- asi 011all am a.. All
IN
it a 9 o0 H Is pt p is to iip a x n if v w n it x Kw A i m.
Oil 0 0 0 0 0 0 0 0 0 0 9 4 0 0 0 0 0 0 0 0 41
0 0 0 0 0 0 41P 9 0 0 0 0 4 0 0 0 Z 0 00 0 0 0 0 0 0 0 0 0 0 0
fit

1 4 5 A I A 9 4 11 11 Is IN Is 16 12 is " a I b PHnP x it
L-n-mv 161if
A_U. P_ 2 R A_1___V I I A I A JAL.
2 AA A -C,.;V U 4 __k,
Investication of the origin of poison in solve wild plants
00 Uhex~wZapj~k,
so ilk -REI,1001. iw-Mdnu 6mm,farst. Uner. 1938, N-
it, 66-70; Kkim. Referdt. Zhuir. 1939. No, it, I I.- Alk,.
1141IN and glot.1.111CS Ilkett dtill. in Atlet"t.iw wmlma tild
difft"d and P.Jpk'
Im"j. .1Qjckyj mid. and gloc'),ill" ill
0: S whivii did not contaitt any alkaloids. A max. all,, tot
at- to
kiduids wa.-i found in Arfemma austri.1fa (0.110;7'~ . In
tile Sluchvi fral. GypJapholu paill'ut'da. Aflrmot'l wee
00 ts"w and Siderats motilatics %Atwnin wit. tit ill. 14. It, t
CIS 0
.0 0
At0 -SLAB AtTALLUACICALt ItImAYURE. CLAONFICATION tso 0
voo
14A000 -4 .11 ONE Sri -iiap-t 44411) .- a"a
U 14 AV 10 111
n it at Itto n i #to,
00 0 0 0 0 0 0 of to 11 OIL

victims sm "OPROW wDex

QV701
An. Illoplaillip Yi
'

.
r- .4
74MV.-I
ciao. zolar Am Pi 4
. W

,
j-
4
we-, vras live0babd by

900
1-111111rMw- 2
.410ma TW 110111111111%

008
th" a K
j
sod

Will* 26k 10
d 2D
d"
N

an
or-
Ow pletted as a
lop
X. TM cus ar 2 &ad 8 aim gibim
000
uvWsk -1 WWW A., wbems Its tht
Vi the.
i
~
i
T
i
ova
qo0
he nist
ma wreu
wt AWAh
s ahoW sq.
uptlul OW-Naly aw tk pkwst. mo. of X

*04
at 30)0-JM A. Is octooL A P. sacho

*0

A S 0 - I L A UTALLUME.Al, EAT21141401 CLaMICOM
u a Av 10 UI; 4 ; ; -
I; a -4 1 it & u- it It
0 0 0 010 0 o o 40 0 0 0 * O's 0 44 G.*ro-ol
0 0 0 0 0 0 0 0 16 0.9 0*0 0 * 0 0:0.0 We 0
All L 1 8 OW 0 0 1 W 14 0 a
00000000000*000000,
0 0 * 0 0 0 0 0 a 0 0 0 0 oj
-0
r0o
Vs' 0
Clio
UVO
V41 0

W-V,&
011111A
fop
**A
00
00
of
so
00
004
0041
0043
~Oow
- vililylisnildlansins and wSank acids.
-0 A t. 1) is'ev. I or. Obski fl Kkiff. I). Cie". Christ ~)
, I rMI).-Thr fallowilla 1,11lat writing MA
V143kin't W01 1!vv*ltxqt%41 lly thr VNIM I-slyl wond.
1110111'0~
I.kNil h (1) 1 141411t. vulIA16, As ~V. 74 114"1" 1, 1.
Ina%.. car"Stionding to votliltd, ot t1lol tollo I:J (W
figure referring to 1). m. 135% eutectic. All *. W male I '" 1.
The I CO,11. culectics at -211'. S7 and
ski 37 , 40 moic % 1. ewpd. 1: 1. tn. IW)*. 1-6s.110,C-
MCHC0,11, rutectica at 40,9*. vaid at 90'. 16 mote %
1. compti, 1: 1. m. 148'; the compd. is. characterited by a
pleasant odor which reach" max. intensity at the 1: 1 mot.
imfo. The vivaidly rise% from 90 male':*, Ion. and is high
al the maw rat" 10.20176:28,kad 43:M. I-CO'C11..
C11.01.0. volerth.. at 41, 08. at 12,11. 40. nud at W.
mok I compdo fig m. 1271. and I.A. at. 1OV.
I-v-C*H, C5,Hp,eui;cii;~sl 2-.92,&t 168'. 152, and at
137 1. 12 soak 1. compds. 2: 1. m. 212'. and 1: 2. in.
2321. Is the Ist compd.. the 2 end Nits groups remain
it". In the 2nd. the end Mil groups. The vivcKity
risel beginning With VA mote %, 1. is nut%. at W.7 mnle "_
nud talk to norettal at the taotar rutio 1: 1. N. Than
lFs-
woo 01--wra
0 a
41 0 0 0
o a "r
41000 000
-00
190
-00
'000
000
goo
was
goo
woo
4#0
so 0
woo
see
woo
910 lb 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
9 o 16 o 0 o 0 0 * a 0 a 0 0- 0 -* 0 0 to 6

f). Yee
PA 65A,-"620
Apr- 49
"fte Reaoticu of Ithyleneddamine Vith Organic Aoiilm,"
D. Te. Memis'lav. Lab of OrS Cham, Rostov/Don
state Ir imeld V. Ik. Molotov, 4 P.P
`2h-ar Clbigkoh Mum" Vol In, No 4
GI'ves Idnary syatms formed from- athylenedl-Ime
an.-i relvesentatiTe monobasia aranatio acida, ar=atia
phenol ajoidsImnaturate& allphatic-type Ubasic
aci-18, an', aramatic-!type .&Lbasic acide with their
melting, _wInts. SulaittecL 7 Doc 47.
AP 65/49T2G

x I
N S,
Chemical Abst.
VOL 48 No- 4
Feb. 25, 1954
General and Physical Chemistry
The reaction of urea with bibasic phenols , The ternary
nol-hydroquinone.
jljM:_urea-resorci D. H. Dionis'ev
P.(Vo N. Molotov State L~uv.;
Don). J. Gen. Chem. U-N-N.N. Z1,
--rm-uslation); cf.
C.A. 17, 1014; 30, 2479t; 40,6918f.-Ttie 3 binary systems
formed by the comptis. urea(I), resoreinol(II). and hydro-
quinone(IU) were restudied. The occurrence of 1:1
compris. anti 2 cutectics in the I-11 and 1-111 systems
was
confirmed. The single cutectic in the 11-111 system was
redetd. at 70 mole % and W. Thermal analyses of 17
Campo. sections of the ternary system show 6 areas on the
crystn. surface corresponding to the solid compds. 1. 11,
111,
1.11. Lill, and 21.11.111 which melts congruently at 109'.
There are 5 ternary invariant points: (1) at 50 1. 20 11,
30
mole III and 95'- (2) a transition point at 05 1, 2111, 14
mole III and RX (3) a cutectic at 68 1, 25.5 11, 0.5 mole
% III and W; (4) a transition at 35 1, 42 11, 23 mole 7..
Ill. ,
and 80% (5) a cutectic at 20 1. 60 11, 20 mole % III and
70*.
BcrmudNf.Zcffcrt-,-

CR
dq
M
Kki ti Z.
Geo.
-) 41
t .03. 110, 64 is 1)
tv the Cuts
as t Y dW
I t, $]'It (33.4 rm
9 wd
LS are of h 1 71*1 00(Njf.Z
le"I 4 to the 9 Imetibi
!act compil. Axk no
or the teln a djell3 ,1
it"t 4 CQwpd 'Ompd. at
1r. of 'a this t*10 Q
,be d LZ
- sind the e" L"- have the P. flu
ARM
styPt Cu
no $'"Mae' Mrs a, - cand. (a) jo4=,.tw,
" AM of the
(Oif.~. Illwil 1118- (2) 10 the Ism or,
C-6.
404 ?QU ba Jems a 1. 1 IM"D
71be we awx (*Mpd. am NNRJ)&_~.
(mu,"'(the
tecap &w 63 iscit
at 1
The "if clol Mmil., I
Plot$ of the d
IF Im
1200 .01 0),
La a
. at 30
a Inin , "0 ItTalght Jim,
its bnac 41 about 62 moL TU ar otbftl%
ics h~; 4 Max. at Sa QD(Xjj,~ a
but and cut al
has a oa poialaw Zftx dha At j3S
jam of a", fic"Ppea". 7U of fth. h
vol. have as
that poit. taut
;[~ aw ;:= ,
Mnlem tmtm
OM14 A-Wcw
testo 411300. 4c4ljs.,p ba
Cf," &ad lit mb(i~t,75 14 jawx
411 a Imax. at
y 80 that is
44 to IW at 13S
CVMPQ , ~Wi
The 4
at 60 0101 axis. rt* A
&ot Pd. %.
di 44d aft *,iji,
lao 2 'ON has, go the,
Inifth4, 00.4163
re lit 30 "U'vel
41 (2)1 ItIOL
and CC*e 010, couvil
2 in at 1330
1; rvj.
Sn-Tt w 40 sing
#be ul-. at 60 424 V oat at
t
ties,
high" at
is. ev Ube two Alt The tft -. C071W
~ p
30
COUIPd.
44d
Imn

DICNIISI'3~7,7, D. E.
"Physic-o-chemical Analysis of Binary Systems, Formed
from, Urea ard Phenols.
IL Electrical Condutivity, Viscosity, and Density." tT
D. E. Dionislev
ariel V. Z. Rudenko. (p. 58)
SO: Journal of General ChemistEj (Zhurral Cbshchei
12.1imii), 1952, Volume 22p
110., 1

Chemical Abet.
Vol- 48 No, 9
MaY 101 1954
General and Physical Chemistry
PhysicachemiCal an f the lateraction ba~weea lvd-
A ---
a and-t-fifto m1s. Dlonigev andO. D. Kin't-
d1i rm - - '3
lova. J. cieP erm. -7
atimt),Ope C.A. 47. 4721)d.
TM-na

Jim ps

land tba.66

j, 661

-imid .1~

It

ambws:Iyii-v,
-7
TeL
Aw. 100 2954
Owermil and P4104a C~ 8U71,,---'
US VSK0319y, U., emu VIRC, 1; ~~Q;z
temwmistudiedatI201.117,W, JI-
=J04CUT. I'L21=411,51"NIZ
'11)-=2 11111411
145'. ~ lit 1. the 1"y sboofflid a slht* on. at 00 ad.
% am (120*) and 70% sm (150*). to IL the OM
=wmed vbcosity max. owwmd of appm. 40%. 14
1 gzxf a. The temp.. oft&. 01,111maty wwo peated b
the W11 i ftem. Tba ob, hlrj~Am Is wcrc lmw owr the
entire Cleo. mass. 1111. is I'miction Tit (irwolky thin"
e1tc. coed.) bad a MINI. at am& with am. on a A&.;
soodabon4 a
63" of On ="Wff MMMINTI'MP! T 11-
Two ctimapdo. avidotly form In 9I at 01
CJ14011()COOR and' 2MjjjfIh4W40H)COW,1;'
III, an scid4mm remolon b Wieated. lValmsW belft
of equimoW witro. abm 150' podaved COs. Nils. AW

HUDUTO, N.Z.; -DIONIAI.YEV, D.Ye.
ftysiaochekeal analynis of binary uysteme formed by urea and
aliphatic
acids. Zhar.ob.khim. 23 no-5:721-725 MY '5). (MI'" 6,35
I
1. Rostovskly Gosudaratvenniy universitet imeni V.M.
Molotova, Laboratori-
ya organiche8koy khim:ki. (Systems (Chemistry))

KMILLDVA, A.D.; DIONISIM, D.Ye.
Inveotigation of the reaction of qainoline with
nitraphanols, J)y means of
methoas of physicochomical analysis. Zhur.ob.khim. 23
no.7:1103-1107 JI
'53.
(MLRL 6:17)
1. XBX~dra organicheskoy khimii Rostovskogo
Gosudarstvennogo universiteta.
(Systaics (Chem-intry)) (QuInoline) (Ilitrophenols)

KIRILLOVA, A.D.; DIONISIM, D.Ye.
ww-ftaft&ww-.~
Investigation of the reaction of quinollne withaf-
i?nd15-naphthols. Zhur.
ob.khim..23 no.7:1107--Illl JI '53. (NlR& 6:7)
1. Enfedra organichealcoy khimii Rostovskogo na Donn
Gosudarstvennogo
universiteta imeni Y.M.Holotova.
(Systems (Chemistry)) (Chinoliue) (Naphthols)

DIONIS I ]).Yo.; DZHBWKANCIVI, Z.K.
Invealligating the interaction between
8-oxyqui.noline! and biatomic
phenols and chlorophenols by methods of
Dhysicochemical analysis.
Soob.o mauch.rab.chl.I'KHO no.2:24-32 154 (HIMA 10:10)
(Quinoline) (Phen;ls)

A
V
MIVChamistry
Clot 1/1 Pub, 151- 12/42
1* Dioni D.: E'. -'and Dzhe owinova Z K
MI
Title, I Reactions'ot.8~-hydrb.*yqu~no3.ihe wi-% anhydrides of organic
acids in-
vestigated by physico-chemical an&Lysis methods
Perlodleal, r Zhur. obi khim.-24/9,' 1547-71551 Sap 1954
Abei Vact j System .sf brn is-d:by,Ia comb 11 ination of
8-hydroxyquino3jxlewith acetic
benzoic and,phthalic-anhydridesi wn-e investigated by the fusibility.,
viscosity and'electrical conductivity analysis methods. Thefusibility
viscosity and electrical conductivity curves indicate the formation of
C H NO - (CH 00120 C H NO - (C H '0) 0 and C H NO - Co (CO) 0 com-
"jd 'a I 1~, 1 6 Y 7 . IL -
Xle-in so nd qad phases. I? was es?ablished tHat & pres-
ence of two phanyl.radlicals.in the'anhydride formula increases its
reactivity with 8-hydroxyquinolin6. Three USSR references (1937-1954).