SCIENTIFIC ABSTRACT E. DINULESCU - G.G. DIOGFNOV

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000410420011-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

RUT-IANIA/Iffurpm lmd Animl Physioloa -
Rv-.:`rPti-)n. V-C
Abs Jour : Ref '7,hur - Biol-, No 4, 1958, 1.8235
Author : H.R. 7amfireZeu, S. Rcsen-.w(!Ig, B.
Felberg, and Ernestine.
Dinulescu.
Inst :
Title : SDirographic Exardnations of Individup-Is
with Heart
.kilments.
no h, 4'ri-478
Orig Pub : Fiziol. norm. si patol, 1956, 3,
.Abstrect : .111 study -was made of the
resi)iration of 16 patients with
both compensated and decomensated heart diseases. A
significant reduction was seen in mm:imal
ventilation
and rEspiratory reserve. V`ttal capacity vas
relative-ly
slightly decreased (in the majority of patients,
there
were no symptoms of congest-.Ion).
Card 1/1

Country : RMNP, T
Cate(pry: Humn and :,ni-,-.ial Riysioloey. Circulatit~,n-
Blood VessvIs
Abs J(-ur: WhDiol., No 19, 19,98, 8W81
Author Corneanu-Do~ua, M.; Dinulesau,,.~.; Ilaulica,
Inst Rmianian :.cadc:,my
Title Investit-PtJ.on of Vascular Reflexes in Ulcurous
Disease
Orig Pub: Studii si curcetari fiziol. Acvd. RPPI, 1957,
2, No 34.4,
429-434.
Abstract: No abstract.
Card : 1/1
T-48

IOANITIU, D.; DINULESCU, Elena; ESANIJ, C.; MITRACHE,
Ludidla; M-HO-YUN
Disorders of protein metabolism in clinical
hyporthyroidism and
hypothyroidism. Stud. cercot. endocr. 13 no-5:663-673
162.
(HYPERTHYROIDISM) (IfYPOTIIYROIDISM,,
(PROTEIN 14ETABOLISM DISORDERS) (BLOOD PROTEIN
ELECTROPHORESIS)

PITIS, Marcela; SPANDONIDE, T.;GIOVIRNACHE, A.;
DINULESCU, Elem.
Investigation of hyperthyroidism in the aged.
Stud. cercet.
endocr. -- -~,. 14 no. 3:355-365 163.
(HYPLWHYROIDIS14) (GE.PJATRICS)

STANFSCU, V.1 FLOREA, I.- DINULF
0
Effect of th;Mectomy on the changes In total se:-Lm
proteAns and
amino acids produced by the growth hormone. Stud.
cercet. endoc::,.
15 no.106-719 164.

AMOY AL,.,Tl.D.;_DINULESCUO Elena; DELDIIII., D.;
CIATEANCIT, B,
Changes in free fatty acids aftoar castration and
administration
of estrogens. Stud. cercet. endocr. 16 no.3:263-269
165.

MILCU, St.-M., acad.; ESANU, C.; MTRACRE, Ludmila;
~.INRESGUA~ena;
GRIGOUSCU, A. I--
Pathology of lipid metabolism in obese patients.
Stud. cercet.
endocr. 16 no.3:2'70-277 165.

AUGUSTIN, M.; DINULESCU) Elena; CAROM, M.; DRAGUSANU,
M.; BELLPILI, D.
Changes in the mobilization of free fatty acids after
administration
of heparin, in relation to age. Stud. cercet. endocr.
16 no.3:299-
301 '65.

DINULISOU, G.,; EMONSISCU, D.,; WOIU. I..; RAUGHELCH,
C.,; MAGOIU,
"T." -,p2vft, Ill, IT. , -, YRUCHM' J.
Study of piperazine as an anthelaintic in ascariasis,
ankylostomiasis and trichuriasis in doge.Stud. cercet.
inframicrobial
Bucur. 6 at). 1-2:285-298 Jan-Jun~e 55,
(HRLMINTH IN m TIONS
in dogs, ther., piperazine)
(PUR W INES, ther. use
. helzinth infect. in dogs)
(DOGS, diseases
helminth infect.. ther.. piperazine)
(HOOKWORM IMOTION
in dogs, ther., pipexazine)

DINULISCU, G.,; STOMMOU, D.,; HANOW, I..; IVANA,
Il:Le,; VIEW[, C.,;
~"~'"r`LTVLVMW, M..; RAUGHBACH. C.,; IMGRU, I..;
LOVIR, Dan.
Piperazine as anthelointic In parascarl&aio,
w4ruriasis and
strongylosis in horses. Stud. carcet.
Inframicrobiol.. Bucur. 6
no.1-2:295-300 Jan-June 55.
(MMARIASIS
parp.scariasis in horses, ther., piparazine)
(OXYUBI"is
in horses, ther., piporazine)
(NMATODE DlYNCTIONS
in horses, ther., piperazine)
(HOMINTH IMCTIONS
In horses, ther., p1perazins)
(PIPXRAZIIMS, ther. use
helminth & nematode Infect. in horses)
(HCBMIS, din.
luilminth & nematode infect., ther., piperazine)

DINUIRSCU. G. STOMINSCU, D.; RAUCHBACII, C.;
14ANOW, L; MERU, D.;
--BV9M, Ivanoa; DRAGOI, I.; L(NIff, D.
Studies of the invasive elements in parasitoses in
dogs. Stud.
cercet. inframicrobiol., Bucur. 6 no-3-4:587-593
Jubv-Dec 1955.
(PARASITIC DISBASMS
intestinal, indogs, etiol. & transm.)
(GASTROINTISTINAL DISKABIS
parasitic, in dogs, etiol. & transm.)

RUMkNIA/zooparasitoloay - Parasitical Worms. General
Problems. G-2
Abs Jour : Rof Zhur - Biol., No 16~ 1958, 72305
Autbor : Din-alcocu,_M., Stoonescu, D., Mcman, T.,
Rnuchtpch, G.,
Oozanschi, M., NaGmu, D., Donciu, Iv., Giuc;lea,
M.
Inst : -
Title : (h-i the Frequency of Human Holminthiasis and
Its Relation
to Canine Helminthiasis.
Orig Pub : Studii si carcetari inframicrobiol. si
parasitol., 1957,
8, No 2, 297-303.
Abstract : Lifection with helninths of the servants
(42) and in docs
(918) from the saue nurseries was studied. In hur=i
bein,"s there were principally found the helminths
peculiar
to man and much rarely those common to both man and
doL;.
Card. 1/1
- 12 -

DINUIWOU, G.
Gkoirophilus inermis Brauer, PILthogenic agent of rectitis and
parwitic
rectal prolapne in horse. Stud. cercet. inframicrobiol., Bucur.
8,;."o-3:
435-444 1957.
(RBGTUII, diseases
prolapae & rectitis caused by bot-fly infect. in horatia)
(FLINS
bot-fly larvae causing reatitis & rectal prolapse in horess)
(HONSMS, diseases
rectal prolapse A rectitis caused by bot-fly infect.)

DINTTJ:~-SCII, !lie
"Acirlmnino-methylation, a General Method of
",iffistituti on of the Aromatic
Ring."Tte;rue de Chenie, Vol. 2, 195h, Biichnrest.

C-
N3N]:','SASKU, X'.D.; DINULISIKU Iliyq G,-
3quilibrium between iso an& normal 9-nitra-fluorene.
Izv.AN SSa.
Otd.Ithim.nauk no.10:1228-1232 0 158. (MIRL 11:12)
1. 01:del khimicheskikh issle&ovaniy Akadomii
Ruvjynakoy NarocInoy
Respubliki. Opluorene)

C

Isomeritation of 1,24ranv-dibromoc
gfto under thi
I

nfluence of. anhydrous alunTnwm r 0. COMUn
r

altiescu and We 0. Einlll u. AV
I
~g

wine, WU#Sj 'Cer"
J
(I
ntgmtion
in dilialocyclobeiAncs isas investi
ated following

,
g
~
Mvious work (C.A. 37. 371(P) on It I migration to Fdcdel-

is
type mactiors.. . Preterit watk concerned behavior of

I ontoc
abexattes In the presence of anhyd. AIB;rj at 0'

In a nonpolar
inert nwdittin. CSi. .1,2-trans-Dibrommyclo-

hexatto
Isoincrized t6 yield '10-87% isomeric product contg.

approx.
25% crytht. Ira nsA,-1-C4H,e-Brj and 751,'~ liquid.
mostly 1,3-61,sBrf (protm'bly tmns), dissolving partly the

1,44somer. No midue of imtW 1,24sonter ims tkto,led.

The mut:
fit W-.cqui.l. Compli. Wa 5 Obtained With 116:111-I'l-

CilimUrs, J,3-CsIlpBr: (probably tram), and tri.1ji-I&

QAoBrt
as initial. i,,;omcri. The maction conformed to

ca~bomtioti
formation, under infitlence of the electi-ophilic

ratnlyst,
followed by It* migration. Similar ivoik wtih tit

Polar medium.
H11r, gave different results (cf. C-ic-ringnud

SuBS),

. Azi ::, ~VRAMV Margareta; MATIESCUV Ghoorghe D.; DINUp
Doina; DINULESCUL-ilie-Q4
I ~, I
NENITESCUP Coatin D.., acad.
Studies in cyclobutane serics (VIII). Adducts of
benzoeyelabutadiene
vith some cyclic dienes. Studii care chim 9 no.3:435-445 161.
1. Institutul do chimie al Academie R.P.R., Sectia do chimie
orgard.ca,
Bucuresti.

_L-pj NENITESCU C.D.1
ATRAM,, Margareta; STERNEERGp Ronde; NRUIES-C-U. vG p
s.ead.
Condensation of 1.3--diiod-2-phonylpropane with ethyl
malonate. Studii
cer chimi 10 no.1:73-80 162. 3
1. Centrul do cercetari chimice al Academiei R.PoR.0
Sectia do chimie
organica,, ~ucurestis 2. Membru al Comitetului de
redactie si redactor
responsabil, "Studii A coreetari do chimie* (for
Nonitescu).

AVRAM, Margareta; HATEESCU, G.D.; DIM, Doina;
DINULEWSCUp I.G.z
NENITZESCU, C.D. [Nenitescu, C.D.]
Wmb~e-rof-M*~-Ad`gfthy of the R.P.R.
Investigations In the cyclobutane series (VIII). Rev
chimie 8
no.1:77-86 163.
1. Institute of Chemistry of the Academy of.the R.P.R.,
Bucharest.

D[NULIESCU., Me G.; AMWIUM, PhriranA.;
0-
Resear~'- in the c-, -.'obutane
12
no.
1.357-3 62',
Ce
' n+er of 0--gani:-- Chcxist-,y RtLseaj _Zly,poli7y
St., no.1, Bucliare3-'-:.

DINULEESCU, Maria, in .; DODU, Ar., ing.
g
Processing of polynitrilacrylic fibers in knitwear
mills. Ind text RUM
13 no.1:20-26 Ja 162
1. Institutul de cereetari textile.

GAVAT, I.; BUGUR, Evgllenia; DINUMSCLI, Il-Joara;
t*II-:TOVESG-,-,, P.
Some anticorrosive protections obtained from
sulfochlorinated
polyethylene. Rev chimie Min petr 15
no.2.-101.-106 F 164.

0! NO'. I 'T. Tili cola-~
- -.-
i,n normal astronrmical refracti'l-,n, f3tudia.
aStron 9 no ~ I -
,%~ -2
:-1 164..
0

ni)
n I.-', V j7-
"de

DIRLESCU, N.
On astronomical refraction. Studii aa'-"on 10
no.1:3-6 '65~
1. Astronomical ObservatorY 5, Cutitul de Argint
St., Buchp-rest,.
Submitted CL--toter 20, 1964.

PRIBOIANU, I.; POPESKO, E.; DINULESKO, I.;
POPOVICHI, N.1 TUDOZE, M.
4~
Our ex"rience with the treatment of spinal cord
compression
followiri.g spondylitis. Khirurgiia 15
no.2/3:252-253 162.
(SPINAL CORD die)
(TUBF.RCULOSIS'SPINAL compl)

DIOLESKU, If. [Dinulescu, NO
Three variable stars. Per.xvesdy 12 no-1:53-57
3 '57
[Publ.1959.1 (NIRA 13.5)
1. Goaudarstvennn astrounmicheskiy institut im.
P.K.
Shternberga. Moskva
(St;rs, Variable)

L 46814-66
ACC NR
AT60204PR
SOURCE CODE CZ/2514/65/000/051/0058/0061
AUTHOR: Dinulescu, Vasile
ORG.- Bucharest Observatory
TITLE: Some remarks on the date of the actual solar activity
minimum
SOURCE: Ceskoslovenska akademie ved. Astronomicky ustav.
Publikace, no. 51,
1965. 3rd Consultation on Solar Phyl3ics and Hydromagnetics,
Tatranska Loinnica,
13-16 October 1964, 58-61
TOPIC TAGS: sunspot, sunspot cycle, sunspot area, solar activity
A13STRACT: The author discusses the method used to find the date
of actual
minimum solar activity for cycle no 20, which began on 28 August
1963, (rotation
1471) by a pore which appeared in the latitude of +311*. The
ratio of the number of
new groups which appeared per rotation in the new and old cycles
increases i-ri value
1/3

L 46814-66
ACC NR' AT60204,98
beginning with rotations.147 9 to 1482, with groups from the new
cycle predominating
in relation to the groups of the old cycle in rotations 1482 and
1483. The Separati(?nl
of the spots into cycles was made using the latitudes as
criterium. It was not
possible to use the magnetic separation criterium due to
incomplete data. The relatt'
Wolf (R) number decreased in 1964, to a minimum in July, which
had the most da~"s
with a zero Wolf number. The correct monthly mean areas,
according to another~
work, [Fenomeni Solari, circolare No. 73- 80, Osservatorio
Astronomico di Roma,
1964) also shom, July as the month with the smallest area: eight
-millionths of the hemi4.
sphere, Calculations and conclusions based on Giovanelli' s data
[Giovanelli, R. G.,
The Observatory, No. 939, p. 57-66, April 19641 show that when
the cycles 19 an
20 are superposed, the latest spots froin the old cycle will
appear in the interval of
rotations 1.502 to .17510% ahd' thb two curves
%vlll..intersect'attlie.intervaI obeotAtions
1486 to 1490, because the first group of spots from the new
cycle appeared during
rotation 1471. Determination of the moment of intersection of
the decay and rise
curves for the present, cycle using the diagram of Giovanelli
completedwith up~-to-datll~.
values for the new cycle, shows the intersection point to be at
rotation 1484. On thel
') I _q

L 4,6814-66
ACC NR- AT6020-498
basis of comparsions of minimum solar activity for cycles
13-19 with data produced:
by the intersection of decay and rise curves, rotations 1481
to 1488 are found for the
present minimum. The table included in the original text shows
rotation 1483 to be
tbnt which up to t.ow had the smallest value for relative Wolf
number. The moinent
of the minimum will be obtained from the mean of the relative
numbers in the period
of minimum activity. Orik. *ar~. has: 5 tables,".and -1
figure. [GCI
SUB CODE: 03/
SU13M DATE: none/ SOV REF;., 001/-...-OTH REF: 004/;~
Card 3/3--,-

DINULET, Hicolae
A front worker in artisitic activity. Constr Buc 14
no.649--4 16 Je
162.
1. Instructor artistic la lntreprinderea de constructii
siderurgicey
Hunedoara.

DINULET
I-- ----
The Trade Union Club of the Hunedoara
Enterprise of
Siderurgical Constructions supports production.
Constr Buc 15 no.697:1 18 147 163.
1. Directorul clulbului "Constructorul" al
sindicatului
Intreprinderii de constructii siderurgice,
Hunedoara.

DINULIIJ, Rodica, ing.
steels for reinforced and prestressed concretes assWlated
rse of assimilation in Rumania. Rev constr si mat constr
519-523 0 164.

;YUGO SLA. 1,'I"
JOVANOVIG I Dr D. , Dr M. and ~)~r. D~DTULOVIC,_
Clinic of Ob-
stetricz and G,,y-necology (Ginekolosko-alvusersk~
~iin-*_Itra), Faculty
of Medicine (Medicinski Fakultet), Belgrade.
(Director: Prof. Dr. B.
MILOSEVIC5.
"The Compression and Rupture of the Umbilical Ccj---d
aj.:c-ing ChildUch"
Belgrade, 211edicinski Glasnik, Vol 17, NO 5, May
1(963, Pp 190-192.
Abr.-tract: ffuthors' Sarbocroatian summary modifief
The most fre-
quent causes of trouble with the umbilical cord in
childbirth are
sideways or crosswise positions in the womb and
pronounced cephalo-
pelvic disproportion. Childbirth must be completed as
soon as
possible if the umbilical cord is compressed or
brokon, by opera-
tion if necessary, unless the infant is already dead.
The authors
describe their experiences with 30 such oases out of
12,524 births
at their clinic between 1957 and the end of May 1962.
4yugoslav and Western references.

IIOLJAKOVIC, Ljubica rjr.. ph.
Determination of ovulation by the Takata-Ara
reac"lic'n. I-led.
glas. 19 no.1:26-28 Ja 365.
1. (zinelcol-osko-alcuserska klinika Medic-inskog
fakulteta u Beogradu
(Upravn-Lk: prof. dr. B. Milosevic).

MILOSEVIC., Bosiljka; DINULOVIG, Dusan;
RADIVOXEMC, Radivoje
Apropos of a case of external migration of the
oviim. Srpski
arh. celok. lek. 91 no.3023-326 Mr 163.
1. Ginekolosko-akuserska klinika Yiedicinskog
fakulteta Uni-
verziteta u Beogradu Upravnik: prof. dr Bosiljka
Milosevic
I hirurska klinika Medicinskog fakulteta
Univerziteta u
Beogradu TJpravnik-. prof. dr Bogdan Kosanovic.
(OVUM)' (FALLOPIAN TUBES) (OVARY)
(FMGNANCY,, TUBAL)

DINZBURG, B.N., InOenar.
..mmmv~
Moisture ca-ivwity, of artifIcial aotrakbart, Jag.
prorl. 17 no. 5:
21-23 my 157. MaX 10:6)
(Aw. Artificial) (Hygromcopic!lty)

DINZBURG, 3.11., inzb.; SAFRAY, B.A., kand,tekhn.nauk
resins in producing rubber for shoe soles. Log.
prom. 3.8 no.9:26-28 S 158. (MILA 11:10)
(Rubber, Synthetic)

DINUMIG, B.N.. otarehly nauchrWy sotrudnil-,; SAFRAY.
B.A., kand.tekhn,nauk
Now active white filler used for lightweight porous
rubbers. Kooh..-
obtiv,prom. no.4:23t :AP. '59, (MIRA 12:7)
(Rubber) Shoe machinery)

B106AI6010001011181024
B022 B008
AUTRORS: D:inzburg, B. N.j Safrayy B. A., Candidate of
Technical
TITIJE: A New Active White Filling Material From Waste of
Super-
phosphate Production
PERIODICAL: Khimicheskaya promyshlennostIq 1960, No. 1, PP.
76 - 77
TEIT: The Institute mentioned under Association together
with a numbe3'
of other instItutes worked out the technique for the
production of silica
gel (under the name of "Belaks") from waste of
super-phosphate product-Lon
nonutilized at present, which is to be used as white filling
materiLF-for
high-quality colored rubber. The production of silica gel is
divided into
4 principal stages: separation of silica gel! from
ailicofluorie acid on
rubber-ooverel filtering centrifugeep washing of silica gel,
drying,
milling, and sifting. The properties of the "Belake" are
compared with
those of the powdered silica gel in Table 1. The mean
comparative values
of -the rubber types "EkBtra" and "Progress" filled with
powdered silica
gel and Belake (Table 2), the results of the aging tests of
the 2 types
2

A New Active 1hite Filling Material From Waste
S/06y6o/ooo/ol/18/024
of Super-phosphate Production B022 BOOB
of rubber mentioned (Table 3) as well as the results of the
resistance-
to-frost tests of porous rubber types filled with powdered
silica gel
and Belaks (Table J) are given. It appears from the results that
the
properties of the active white filling material are equivalent
to those V
of powdered silica gel. The industrial properties of "Belaks"
were check---
ed induetrially. The Kalininakiy kombinat "IBkozh" (Kalinin
Kombinat
"Iskozh" (Synthetic Leather)), the kombinat v Maardu (Kombinat
at Maarelu)l
the Kiyevskiy regeneratno-rezinovyy zavod (Kiyev Rubber
Regenerating -
Plant , and the Vinnitakiy superfoofatnyy zavod (Vinnitsa
Super-phosphate
Plant are mentioned. There are 4 tables.
ASSOCIATION: V'sesoyuznyy nauchno-issledovatel'skiy institut
plenochnykh
materialov iiakusstvennoy kozhi (All-Union Scientific Re-
--Aiearch Institute of Film-forming Materials and Synthetic
Leather)
Card 2/2

20489
S119116110001003101310-A5
2 210 t B124/B203
Polinskiy,Z
3
AUTHORS: Kogan, L. M., Safray, B. A., Dinzburg_, Z.-L.
TITLE: New incombustible plasticizers of PVC
PERIODICAL: Plasticheskiye massy, no. 3, 1961, 67-69
TEXT. As is known, the compatibility with PVC rises -with the polarity
of
the plasticizer, whose efficiency is determined by the aliphatic and
also
by the cyclic part of its nolecule. Esters with several chlorine atoms
in
the molecule are of interest in this connection. Direct chlorination of
the ester or of the corresponding acid is, however, difficult; the
synthesis of these compounds is simpler.-from compounds containing
chlorine
in the molecule, particularly from aoids of polycyclic structure with
several chlorine atoms, and from aliphatic alcohols. As PVQ
plasticizers,
the authors synthesized and tested the diesters of
1,4,5,6,7,7-hexach1oro
bicyclo-(2,2.,l)--5-heptene-213-dicarboxylic acid (so-called
chlorendi(.
acid) and of' aliphatic alcohols. They called these compounds dialky].
chlorendates. Dialkyl chlorendate mol'ecules have the following
structure:
Card 1/6

New incombustible plastioirers of PVC
20489
S/191/61/000/003/013/015
B124/B203
C=0
CI /Ok(
C
OR
The synthesis of such a oompQun~ oan be repress ted as follows:
0
C
C Ho
3
CI Clio
C
~ ~-CA
NII
Chlorine and petroleum hydiocarbons are initial substances for
the new
Card 2/6

20469
S/191/61/OCO/003/013/015
New incombustible plasticizers of PVC B120203
plasticizers. The authors tested diesters with the same aliphatic
radicals containing 1-8 carbon atoms. Tables 1 and 2 give the
results of
determination of the properties of products obtained from PVC
with e.-Iters
of chlorentlic acid, i.e., dimethyl ester of chlorendic acid
(C;561) and
dibu~yl ester (C-564) alone and combined with dibutyl phthalat
(DBP'). The
initial material used was PVC resin of the type TT-_f_1 (PF-1)
(according to
TOS-13119-46 (GOST 3119-46)) with a viscosity of the 1% solution
in ili-
chloro0 ethane of 2.3 op, an ash content of 0-15%, a destruction
tempitrature
of 165 C, a thermostability of 25 min, a basicity of 0.04%,
traces rettained
on sieve- 015 (GOST 6613-53). Table 3 gives the results of tests
made on
plasticized PVC films. The results reveal that the new synthetic
plasticizeri3 are superior to DBP with respect to
incombustibility, hfLgher
aging resistance, and reduced stickiness. The authors thank
Professor
A. L. Berlin for his help. There are 3 tables and 10 references:
9 Soviet-bloc and 1 non-Soviet-bloo.
Card 3/6

Maw 4 -At'AM'hIIQfq'hI C. TO a.M+4 ni v,.Or-q Af PVC
Tables I and 2. Composition and,
swelling conditions of PVC in di-
methyl chlorendate and its
mixtures with dibutyl phthalate
Legends: (1) no. of speoimen,
(2) amount of plasticizert parts
by weight pex 100 parts by weight
of PVC ' (a) DBP, (3) swelling con-
ditions, (b) first period,
(c) second period, (a) tempera-
0
ture, C, time, hr,
0
tempera ure, 0, (6) time,
hr.
20489
S/191/61/000/003/013/015
B124/B203
T06AUI(a I
COCTab H YcAositst Hadynniq noAmEIIHIMAOPHAR 5 AH'QeTWMAOP
SHAJITe H ero cmem c AuGYTH#TaAaTOV

W

YCAOINS "YXURR

KWHqft_M

nmcTv4k-"Top&

We.
% 1 100

wk ntpvIOA

2-fl nepImA

M
we nDX
,

Odpa3u's
_
_

I

0

C-561
ANI
Type. -C
TCAM*M
Typa.

qWU

1
150,0
0
75
13
100
8
2
100.0
0
75
13
100
8
3
70,0
0
75
13
100
8

4

52.5

17.5

75

13
-

0
5
35,0
35,0
75
11
-
0
6
17 5
52,5
75
8
-
0
7
10:0
60,0
75
8
-
0
8
0
70.0
75
8

0
Table 1

Card 4/6

20489
S/191/61/000/oo3/013/015
New incombustible plasticizers of PVc B124/B203
TaOAui4a 2
COCTall It YVIOIIHR HR6YXaHlfn nO.11111111111ax,10PHAR 9
All5YT)tAXIOP
ottAaTe it ero cstmix C Alf GYTIVI~VMIIIT Of
Oycnolmt m6yX311118
rl I TOOPD*I
9.T" nepllo;t Of 2-A flep"m
Nt Dec. 4. MIX
06PASAP -
C., npOAOA.*H* 7TUrern- nPOAOr)K"-.
TfUnepa mnmiom
TYPS. IC Pa. Ic
Tv
9
150.0
0 100
24
0
10
100,0
0 M
18
0
11
70.0
0 100
)8
0
12
50.0
0 100,
13
0
13
52,5
17.5
75
3
too 9
14
35 0
35 0 '
75
3
too 9
15
17:5
.
52:5 75
3
100 9
16
10.0
60.0 75
3
- 0
8
0
70,0 75
3
- 0

Table. 2

Card 5/6

20469
S/191/61/000/003/013/015
New incombust!.ble plasticizers of PVC B120203
Table 3. Some properties of Oil am. %
nPO'I- OIJIDCIP
PVC plasticized with dialkyl I*CTII WAWtoe
nMCTH~HKATOP n It YAAN- M 12 COB MAI roilov-cTb
P
chlorendat,es and their
1
mixtures with dibutyl phthalate
I
I

Legend: (1) no. of specimen,
1 1
7
.~IIMeTIIJIY.10p-
(2) plasticizer tensile
2
91JAn.T

(4) relative
strength, kg/.CM
3
4

elongation, %, (5) loss in
5

weight, %, (a) within 12 days
6

at 70'C, (b) within 6 hr
7
8

under a MP,~-4 (PRK-4) lamp'at

700C, (6) combustibility,
19
0
PXH6YTHAXIOp-

imethyl chlorendate,
7

1
1
SUM
8 dibutyl chlorendate,
~
1
12
13

.
9 dioctyl chlorendate,
14

10) on removal of the flame
15

all specimens
stop burning
16

except for no. B.
17
HOKTHJIXnOP-

18
9HA8i

19

Card 6/6
20

PACV- HOH" C)M K JIZMTIOR
nPX-4
MeNIIN % nPm 7
XrICA2

UPR 70'
1

160

138

9,4

1.9 npH Ae
YAQ

202
171
9,7
2.1 mm ilAn"CIIII

228
85'
4,5
0 4 Dm Opaiijbi,

250
173
13.5
1:6
Kpomt! M 8.

190
223
16.8
11 CaM0311TYX9W

133
210
14.9
1:7

113
3D0
25.0
2.2

120
250
17.2
2.1

82
141
17.5
-

120
106
9,0
1.9

217
132
1.5
1.5

245
105
0,8
-

193
165
4.8
0.8

150
220
8,9
2,7

110
255
9,7
5A

115
313
14,1
3,9

251
75
-
0.4

279
151
-
0,7

238
129
-
1.3

234 162 1,8

-44;

tesid that
initiaqjjj~a~iiar of A6.1imear r;esin

VmA-
60-imo
llOf thO
side cludn is con-
-

'T
-
-
,
n

Sla represented by -
W
,
-
.
6

.

o
R
incre
8 68
j

,
.
n oj!
BjMtatE
MeOlW f0rmati

'

OrretitalhAho.itil,kei iiass tak(Niolace, and,:.,:

Orlg,--
sirt, ham: 19 filpares and 4.

di~ it

)W ;-Vidon
SpAcm-L'alleReseareh'Institut

f

r; -q,
-jj
NJ,
All
4w, v
~~ry-~ -jl
ubbeir maakN=lo ecule;A.
iL

KHOROSHAYA~ Yt!.S., RUIRMIM, G.I.; DINZBURG, B.N.;
SAFRAY, B.A.
Rapid method for the chemical analvsim nf hilt -Hi
rubbers reinforced witl
1-~-ianol-anil--Lio-_Iormal-deh3,dE resins.
Plast,massy no.2:67-68 '62. kI,'d.RA 15:2)
(Rubber, Synthetic) (Resins, Synthetic)

A
.DINZBTJRG, 3.11. v 3 tarshiy mr u~::hnyy
sotrudnik;''AFThAY2 E-4., kand. tekhn.nauk.;
MMOTM, N.K., doh~,or khim. nauk
Use c,f condensation resins fcr the prod,.,,,~ltiun Of
Mbber goods.
Report No.2. Naucn.-issl. trudy V1411PIK rio.130-20
162,, (MIRA 1883.)

DIIIZBIJRG, B.P.; SAFRAY, B.A.; BAfLUMOM4, II.K.
Modification of butadiene-styrene rubbers with
thermosetting
resins. Part 1. Vysokom.soed- 4 no.7:1019-1020 Jl 162.
(1-aRA I!i:7)
1. Vsesoyuznyy nauchno-ILusledovatel'skiy instit.,ut
plenochnykh
materialov i isImsstmennoy kozhi.
(Rubber, Synthetic) (Styrene polymers)
(Phenol condensation producta)

AGL;~~S_1-10;q 1-111U. AIPJ,,01~073 3/0138/64/000/001/0008/0010
AUTHORS: Dinzburl;, B. N.; Safray., B. A.
TITLE: Deformation-elasticity prope!rties of porous vulcanized
rubbers from rubbers
combined with thermoreactive resins-
STIRCE: Kauchuk i rezina, no. 1, 196h, 8-3.0
TOPIC.TAGS: vulcanized rubber, porous vulcanized rubber, synthetic
resin, thermo-
plastic rosin, thermoreactive resin, polystyrene, phenolic reain,
P037ODhore,
compression deformation, coppression elasticity, phenol
formaldehyde resin
ABM(ACT: The present study is a continuation of earlier work.. by
the Mithors
on the advantaVes of using thermoreactive synthetic resins rather
than therivDplas-
tic resins in the production of porous rubber master batches
(legkaya prom., No. 9,
26, 1958). Under investigation were cylindrical samples, 32 rn in
diameter -and 20-
25 a% high, of SKS-30 rubber, containing 30 parts by weight of
either pheno-l-' -
anilinefornm1dehyde resin 211 or polystyrene., and 30 parts
kaolin, as well as the
other usual components of rubber compounds, and the porophore
ChKhZ-5. These
rubber mounts were subjected to compression deformation studicis
which revealed that
up to a deformation of 50% there existed an approximate linear
relationship
Card 1/2

ACOSSSION NR: Aphol5073
betwoon the exLent of rubber deformation and the magnitude of
the load. Fron
there on (up to a deformation level of 75) a sharp increase in
the load magrdtvde
was required, and beyond 755' the deformation of the samples
wris no longer ej'fected
by 4n increased load. It was also found that the residual
coiiVression of rubbers
containing plionolanilineformaldeliyde resin was 2-3 times
smaller than in the
samples containing polystyrene and that the elasticity of the
former was also
IAL,Jier, which was attributed to its greater hardness. A
stu4q, of the behav-:or of
the two samples within a temperature range up to 80C revealed
that while the
polystyrene -porous rubber exhibited a sharp upturn in the
comiression defor-.Mtion
=rvc at the stage of 7%' shrinkage, the corresponding curve for
the phenolformal-
dchyde specimen remained practically unaffected. The authors
attribute this
effect to the thermoreactivity of the phenolformaldehyde
resii'l, which ir%oarts
-thermostability to the rubber compound. Orig. art. has: 6
c1narts and 1 table,
X;SOCUTIOTI: Vscsoyuzny*y nauchno-issledovatel'skiy institut
plenochrWVKh
materialov i iskusstvennoy kozhi (All-Union Scientific
Researvii Institute of Layer
liaterials and Synthetic Leather)
SOMITTM: 00
SUB rjQDS: VU
Card 2/2
DATE ACQt MM64
NO REF SOV a
EXCIL s 00
OTHM 1 001

NR: AP4042,338 S/0138/64/1)00/007/0011/0015
AUTHOR: Dinzburg, B. N. , Safry, B. A., ~aramboy, N. K.
TITLE: Properties of vidcanizates from NBR rubbers combined with
thermosetting resins
SOURCE: Kauchuk i rezina, do. 7,''1964, 11-15
A
TOPIC TAGS: NBR rubber, phenolic resin, synthetic rubber, novolak
resin, resol resin,
thermosetting resin, rubber SICN-18, rubber SKIN-26, rubb.er SKN-40,
NBR vulcattizate
pioperty, phenolic resin effect, urotropin effect, thermosetting master
batch method',
,vulcanizate transparency
I
ABSTRACT: NBR rubbers SKN-18, SKN-26 and SKN-46were combined with
novolak resins
A-18, 15- and 17 or resol. resins P6, 118, 214, 220, 236 and Bakelite A
(1.00 parts by
weight NBR rubber, 2 parts stearin, 5 parts zinc oidde, 2 parts sulfur,
3. 5 parts Claptax,
3 parts hard resin; urotropin, 0-15 parts by weight of resin) on 200 x
450 mi)dng rolls
(friction 1. 33),- using standard (20min. , roll temp. 30-50C) or
thexmosetting mastor batch
Cord 1/3

'J.
ACCESSION NR: AP4042338
20 min., 150C) methods. The vulcanization temperature was 155C. The
vulcanizates
were analyzed to determine th~~ effeds of the various resina on
thedr; properties and the
comparative effectiveness of t4e two different rnetho~s; Results
are. tabulat6d and graphed
(see Enclosure) and indicate that the physical and mechanical
proporXies were improved
substantially by addition of phenolic resins and urot6pi6*as Uie
curiqg agent. 'kr:ms-
parent vulcanizates can be obtained with optimea proportions (10
PRris by weight tti 100
parts of resin) or urotropin. The thermosetting master batch method
significAntly increased
-the effectiveness of the use of y in incroasing
phenolic resins in NBR rubbers, especiall.
the strength and cold resistance:of the vulcanizates. 'Orig. wrt.
ha.s; 4 graphs ani 4 tables.
ASSOCIATION:
Vsesoyuzn*y*~'nauchno.-issledoiratell~'kiyinstitutplein"oehny*kh
materialov
I iskusstvennoy Icozhi (All-Union Scientific Resoarch Institute for
FUm Materials ~iaid
Artificial Leather)

A00ESSION NR-
AP4042338

A!

Z4

ENCLOSUR9: 01
Fig. 1. Effect of urotropin on the properties of
vulcanizates of SKN-40 containing
resin 18. Ordinat6 a (curve 3) = residual elongation in %,
c..-.-dinatbb (curve 2)
relative elongation in %, ordinate c (curve 1) rupture
strerigth in kgs/CM2,,,
abscifil-,tL = content of urotropin in wt.
Card 3/3

ACCESSIOUNk-- 0 9
50,0812

DINZE[MG, D.?J~ kand, tekian, naitle! :3AFJ,-..,~,
D.A,; kani, tokhr...
14.1 d t, -!--Jilr.~, Yi-uk
a in the field c..f' tha use of condentation rasina
i?i
r-jbher goods. Report No..3- Effi-ct of the strjjr
4t1re of phenol
rezins on the-atrengthening of hatadiane-atyr6re
rubber with
the thermosetting method of rubt*.--rcaJi master
Naunh.-Issl. trudy VNITPIK no.ll,:3-10

SAFRAY, B.A.; YANTOVSKAYA, P.A., red.
[Leatherlike rubber for the sole plirts of
footwear
manufactured by the cementing method]
Kozhapodobriye r6-
ziny diia nizR obuvi k-',-,-e-vogo metoda
krepleniia. 141o-
skva, 196,1,. 39 p. (MILLk 18:9)
I. 'Moscow. TSentxalliwy iristit-ut
nauelmo-tekhnicheskoy
infor,matsid legkoy promyshlwinonti.

PINZE, O.V. i SHAFRAblOVSKIY. K. 1.
I h Ld Ali I
936).
Matematika v izdnniyalch a.kademli nauk SSSR
(172P-19",15).
SO: Mathematics in the USSR9 1917-1947
edited by Kurosh, A.G.,
Markushevich, A.I.
Rashevskiy, P.K.
14oscow-Leningrad, 1948

vint ~
DINIff , 0. T.
[AlEkbei Nikolaevich rrylov] Alekeei Nikoluavich
Krylov.
Mosjcva, 1945 63 P. (NLU 7:5)
: Aleksei Hikolaevich, 186li-iq4.,j)
(Krylov

SAROSI, Dezsone; DIOFASI, Lajos
Curing yellowing vine stocks by spraying iron chelate.
Agrokem talajtan
10 no,lt529-538 D 161.
1. Szoleszeti Kutato Intezet, Budapest.

DIOG77CV, G. G.
TJSSIR/Cbemistry - AJkali Metals 1 Jun 51
"Ternary Mutual System of the Alkalies and Nitrates
of Lithium and Potassium," G. G. Diogianov,, Irkutsk
~Ld Inqj
"Dok Ak Nauk SSSR" Vol LXXVIII, No 4, PP (597-699
Investigated ternary syst by visual-polythermic
method. Certain alloys of the syst wre suggested
as heat-carrying agents for catalytic cracking of
petroleum, since high % of lithium coiapds in these
alloys vill create exceptionally high the:.mal ca-
pacity, property very essential for heat-carriers.
Submitted by Acad G. G. Urazov 26 Mar 51.
J.;,1,jO
184T9

j t

5

j:

LWW 'Ibi

74
:
i-
T

,i.. ':D,. fibubitte the
lacs (In! I x
A) of.tho t
4WiW-'M J A It iforAl 10 j
c
bc o'd.
c

r
m
1
6wibla

61 alul J. j a in four a
i I
6-1- K Rb 2-
tts, ~s
Rb
C

0
0
a
,

H, Cs 4-7; (1H)
LI, 1Rb

Nk U, IN 22-0. Erldvatly, the
~vmlws:

%

:-Iot i any "a TO
Wiset (M)~oormimcling-valufm
,

1b.' therif
hi a P61offiritY !in the 9rOuFdI Of thO

~,Jjenj e mv~wg I as thatin thij
horizontal ~cflocl&

T.

:j

W,

p
7~

aiv

.
tie,

USSR/Chemistry - Lithium Com.poundr, I Aila 52
"In-eversible Mutual System of Potassimn and L Lth-
ium Chromates and Hydroxides," N. A. Reshetnikcrv,
G. G. Diogenov
I'M: Ak Nauk SSSR11 Vol 85, No 4, lip 819-SP-2
The solid soln, of Li,KOH, CrOh was investipated
and poiythernw uon.,.., acted. The -~i;ork refers to a
series of investigations undertaken for the sys-
tematic investigation of alkali-salt exchange with-
out a solvent. This research was completed at the
Chais _fk-m_Chen6_jrkutsk Med Inst. Presented
by Acad G.G. Urazov 2 Jun 52.
22-jr15

",toi;
Fs
A"W' 1. 02-2,Xla?)~"The 130, Ofid
till M, NN-11 011;-00i *43 Aeduml from ~2 '40injoc -
M Illtmill M53 Ambons Sndlbe 4 Mwits. 146 And 4~
W-ik 11) ti Cbw
777777777777- 1
-
4
12 Alld
-With!-I. -&-lit MAW
t MM an4,4QJ,' 115
6m 4t 4 t
famitlatt V*Inva ilt
4.5, 8.0, 45. and 53"'0 114'a-Cr 14; 2
'4k-CtO4 and 2NaOH.I4ajCrl),, fn.p3;.
The chmmate branch nbavc. wzi
The, table &-alunal LL40LVvNviCt,04
by usatrim til SOW oitvi, with 11 mill,

'777 -44
ussR,
'Aft (if c-nioAlb
alid Amrlaitll ~1411 1.11.131S. G. G. 1~jfrgm,v Q!L~
la-r 11'a-1411 I' Ill) ".L.L1.
fict tv,,,vu 1111of and ell Will z~q or 14L-alv.~ lAlm IlvArovidc-S of
t,if the
-sL of au alkali will all n1L. ioart7h tlmU dc.-
Olt
ui Ow oft:11ji-lit., ia the pulibdi': table
hfa- foimll iii irmip:,wal smokii formcli
1111.1,t octi'v It-, awl il~ask
avfi-,,e IA. 11w 4f;litr 41! Oiwv dnriv!! ~ri.tlo ill.
qitil. if. M. 1~6,:cstvr_

U56A/jnevdstrv - i'Llkali ~.eLals, ler-i(xiic ysuelti
".lhe -,lassificatdon of vxtual 61'stems o' jL111rali
%etals,ll J. a.
jiogenov, Irkutsk ,-ed Inst.., Chair oC and ,inzwlytical
Zhur 0~.zlhch I~hjjii, Vol 23, ',',.,o I., pp 20-2111
e
111c t~lcrr,.Ll (-I,I*Cct of ;~,vtv 1 cystcr
.s fornit:A i~y alkali c
-ie
y At.:-,~ n th~ lisdts of
-L -roups in i%et
~Ste:;S for al-kal- -.~c als are o li ;,y-pu s
C
Y
w'Nurc-'L~v the Itype oC thc vaitual system is
dietuen;dneJ ;-~y its ;1o -J"',on
in a Lable, up on the basi~3 of t,jc volLtd,va
JIIIIOXI~:~I~-y L) 17 t i i c aa li
i~:etals in th- periodic -I'able. ihe 16so 'm,e ra~iivs
of th,~ ai,,cdn, t-i.e
~,,re&ier t.:ie dodation ffrc),ii equIlibfturn ill
ll'utual
2b -1 T,
.1

OIUUr-NUV, G.G.
Characteristic properties
Khim. 2), 24-7 053.
(CA 47 no.14:6731 133)
of allmli-nitrate exchange. Zhur.Obahchey
(MLRA 6:3)
1. Irkutsk Ned. Inst.

DIOGFNOVt, G.G.
USSR/Chemistry - Lithium Salts
Mar 53
61he Irreversible Mutual System Consisting of the
Hydroxides and Nitrates of
Lithium and Sodium," G.G. Diogenov, qagoveshchensk Med. Inst
DAN SSSR, Vol 89, No 2, pp 305-308
The systems Li, Na // OH, No were studied and eute.otic
diagrams prepd. A crystn
ntree" comprising triple eutectic points, transitional
triple points, transitional
double points, and double eutectic points was also prepd.
Presented by Acad
G.G. Urazov 5 Jan 53.
Source #264T28

DIOGENOT, G.G., (g. Blagoveshchenak-na-Amure)
P,
Dis',ribution of elements in nature and D.I.Mendele-ev's
periodic synten.
Khim.v stAcole 9 no.3:17-24 MY-Je 134. OCIRA 7:6;)
(Chemical elements) (Periodic law)

DIOGENOV, G.G.; HURMINSKIY, N.N.; GIKEL'SHTIgYN, V.G.
The mutual system of acetates and nitrates of lit'.n.ium
and potassium.
Zhur.neorg.khim. 2 no.7:1596-1600 ii 157. (MIRA 10:11)
1. Irkutskiy gornometallurgicheskiy institut.
(.Alkali metal nitrates) (Alkal metal ncetaten)

AUTHORS: Diogenov G G Yerlykov, A. 11. SOV/156-58-3-3/52
o - -L~~,
TITLE: The Reciprocally Reversible System of the Acetates and
Iodides
of Sodium and Potassium (Obratimo-vzaimns.ya sistema iz
atsetatov
i iodidov natriya i kaliya)
PERIODICAL: Nauchnyye doklady vysshey shkoly, Khimiye. i
khimicheskaya
tekhnologiya, 1958, Nr 3, PP. 413 - 416 (USSR)
ABSTRACT: The reciprocal system Na, KJ~CH 3 COO, J wets
investigated by
the visual-polythermal method. (vizualln(j-politermicheskim
metodom). Since the melting points of Na,[ and KJ are com-
paratively high, only that range of the system which is close
to the binary system CH 3COOK - CH 3COONa irts investigated.
The authors investigated:The binary system CH 3COONa - N&J
(Table 1, Diagram 1). It has a eutectic point at 23 mole% NaJ.
The sodium acetate has two polymorphous modificationa with
the transformation point at 3260C. The binary system CH COOK -
KJ (Table 1, Diagram 1) was also investigated. It is analogous
to the former system in many respects. Potassium acetate has
Card 1/3 two modifications, its point of transformation being
at

The Reciprocally Reversible System of the Acetates
SOV/1156-58-3-311:2
and Iodides of Sodium and Potassium
2960C. The binary system CH3COONa - CH 3COCIK (Table 2,
Diagram 1)
and the binary system VaJ-KJ have been investigated by a
number of authors. The diagone.1 sections were also
investigated
below the temperature of decomposition of the acetates (3600 -
3800): CH3COONa - KJ (Table 1, Diagram 2A), CH 3COOK - NaJ
(Table 1, Diagram 2A). In addition , 12 different sections
were
investigated (Tables 2,3 and 4, Diagrams 2B, 2C and 3).
Diagran 4 shows the projection of the liquidus system Na,
KJtCH 3COO, J to the ground square; the single sectionti are
discussed briefly. The eutectic point is at 220 0, 38,5%
CH3COO11a, 8% NaJ and 53,3% CH3COOK. Another triple point is
a point of passage (prok.hodnaya tochka): 3010, 74% CH3COONa,
13% CH3COOK and 13% NaJ. There are 4 figures, 4 tables, and
7 references, 4hicb are Soviet.
Card 2/5/

The Reciprocally Reverisible System of the Acetates
SOV/156-58-3-3/52
and Iodides of Sodium and Potassium
ASSOCIATION: Wedra khimii Irkutskogo go:r-nometallurgicheakogo
instituta (unair of Chemistry of the Irkutz] Miningland
Metallurgical Institute )
SUBMITTED: October 30, 1957
Card 3/3

AUTHORS: Gimel' shteyn, V.G. . Diogenov, G.G. SOVI
78-3-7-31/44
TITLE: A Non-Reversible Exchange System of Acetates and
Nitrates of
soaium and Rubidium (Ne6bratimo-waimnaya sistema :Lz
atsetc-ttov
i nitratov Mtriya i rubiaiYa.)
PERIODICAL, Zhurnal neor~-,-uicheskqy khWit, -1958, Vol 3,
Nr 7, pp 1644--1649
(USSR)
.ABSTRACT: The exchange system Na, Rb 11 C'~COO' N03 was
investigatel by the
visual polytherzal method. First the two-comp-cMen-t
systemg
CH3COON&-CH 3COORb ana C~~Rb-RINO3 were invtistigated. In
the
systam. CH COON&-0H3qOORb an incongruent ocimpotand is
formed
(formula 8~3'000118L.3CH3COORb) with a melting point at
1800 C. In
the pecond systaim a oongru*nt coWouna (fomuu~ta RbN03*
2CH 3COORb)
with a melting point at 2020 0 is fozmea. Rubt-laium
acetaten like
lithium amtatev sodium- and potassium aoetato, has -two
pol.y-
morphous moaifications with a, point of transformation at
215' C.
The mitIting, point of rubldium acatate is inorumeJ in the
pi-esence
Card 1/2 of other salt-s from 236c C to 3000 0. There are
3 figures,

A Non-Reversible Exohange System of Aeetates said
78-3-7--31/44
Nitrates of SoUum and Rubidiwa
1; tablaq
, ani 9
SUBIE=: Junv. 28 j, 1957
1 , Sodium ace-tates-Exchnnge rcactlons 2. Sod lur
--Exebange retictions 3. Rubid lum aco ta tes--I-.xc
4. Rubidium nitrates-Exchange reantions
cared 2,/2

DIOGENOV, G.G. (g.Irkutsk:)
Significance of D.I.14ondeloov's periodic arrangenont
of the
alemi3nts. 1,bim.v abkole 11P no.4:10--17 Jl-Ag '59.
(IMM 12: 11)
(Periodic law)

18(0)

kUTHORt
Diogenov, G. , Garta.La~--tp. ,,f ;.:C)V "2
9--r9-2-2/
41

Sc4ences, Docen-, a- th~;, ara,

Yetallurgi-- Inst4t-t;te
TITLEs
Metallurgy of the

PERIODICALt

Tekhnika molodezi,.i, '959,' -N r 2:
rp 2.
ABSTRACTs
In this popular-scientifi-o Th-? author writes
about

the possibi-J-~!;-Les of developme.n."- .)f met-al.lurgy.
The tralitional

metals have gair.-ad more and. mor~~ tmportan-.~
in modern times.

Their extraction ,norease-- it~adlly. a-fi
tlieir range of

application is stead.'-'y ext~~ndpa. Fni-
reasons, the

ores rich in metaIl are preferrk. for the
extraction. Or,~ should,

however, conaider a-lrealy row ti-al.
s!i,-,h are exhausted with

time, and are will- bt~ obi-iged t.--
ua~, '-toss ub-,-ndant ones. Hz)wever,

the technical
d,~,~elopmi7-)-.t will er!sul:re tha4the extraction will
I

be productivi- ilf the pro-d-uction cofj'lcs aria reduc~,J.
and the

raineral raw naterialu ari- f,'j,11y workt?i -...p.
reducing the

production wast,:~ to a mirJyn~Lm.
maT.,jfa--::turt? require'.3 a new

technology. Far-11- of it
mast e1ndeavor to complete the

enrichmerf procproseu,, and lo
sub-itJ!'ate pyrametallm-gic
Card 1/3
(high temperatu.-~)
pro!:asseri by ones. But this

Metallurgy of the Futurr-,
.1:01112 9-59-2-2/41
is only prom:s~-':, requi.re! Z;-)Iveritii arr: cheap, i. e.
if they cail Further. the
co-operat-;~!-' Of Riot ~L". should bFt
considered, Tt 4
~s kn,)wi. 3--cluding
metals are ;itored uip Icy pia.- S pro-':sses are steadily
takirg plaott ~.~; rlat~kr~~, b,.a~ ~- i ., ;r-le-stiCated
and have
not found pi-ac-.I:ca-.'- appli~:-ati, 0. ~.-Ould describe.
biometallurgy as a vtep hackwara.. c,'L-t thi s direction is
quite real FLVd- m--Lghl. le A-s-~fu~ aj~pl -1pd thoi-igh not
generally,
but for some r-ar-, mo~tal--~ wJth a sr~att6red occurrence.
For
60 yeara, the COI'I-E-!'SJ-II' PTL),~PSS Of has been known.
These proc,~c;se, whi'" harl 1:r-c-, i-t-L--ed nati-iral
ra(iioactive
element-q arch ,oday takinz c,--. -i sr-alp in atomic
piles. It, Cannot b!F ant5cipat,ld what part the conversion of
el.emer.':3 wil--- pia'~ .4.-, the meta2li-.rgy of t.-.e
future. The solution
of thia prob.'em .:~z restirved To tLe ?i:3t: contury. But it
is
quite as reall as oi~ a D~iacefui application
of thermonuc-lea-r anrgy. ScatteTed ard ra:re Pl.ements can be
obtained from st~a wat-~.-- ay)~i qolutions by
means of filtran:~,- w-It"r. -or.i~.-. j',-. thJl-s -eapect..
the sea
Card 2/3 watel is as "t t;c-ifa,,ns not less than

Metallurgy of the Future
SOV/29-50-2-2/41
50 elements in a dissolved state, and il t- stc--es are
oracticallv
inexhaustible. The interior of the Oa7~ has been poorly
investi-
'~he technical development makea i. probaiile that one
gated. I
w1ii aiso penetrate great deptas and wil". pDssibly discover
abundant metal deposits. History teachas us that metallurgy
underwent many trarsformations in the co--.-~rss of time. For
thousands of years, fire has been used for the extraction of
metals. Today, some other methods a--.,e coming to the
foreground.
Stillf it will take some considerable time unt-41 one will
develop
a really universal and economical method. In modern times,
metals
have greatdy been suppressed by synthetic! materials. But they
will never lose their importance because of their
ir::,etrievable
properties. Industry puts up very demands to metals and
alloys which titanium meets in a high degret!. But for the
time
being, its extraction is rather complicated. Such metals as
vanadium, niobium, zirconium, tantalum, molybd~rum, tungsten,
and some other elements of the secondary gzoups of the
periodic
system al3o -correspond to the same demand.s. Technical
progress,
however, suggests that the difficulties in the-ir ext:~action
will be el.-'~mirated. and they ua~,- be metals of the
Card 3/3 future. There are 3 figures.

DIOGENOV, Gennadiy Gerasimovich; GAGOREK, G.L., red.;
KOTINEYEVA, V.I.,
tekhn.red.
[History of the discovery of the chemical elemental
Istoriia
otkrytiia khimichaskikh elementov; kratkie ocherkA.
Moskva, Goa.
uchebno-pedagog.izd-vo K-vs proav.RSPSR. 1960. 2:31 p.
(KIRA 13:11)
(Chemical elements)

S/07 6o/'005/009/014/017
BO15YBO64
AUTHORS: Nurminskiy, N. N., Diogen Y,_G. G
TIT LE; The Ternary Reciprocal System of the Acetatos and
Nitrntes
of Potassi m4nd Cesium -1~
PERIODICAL, Zhurnal neorganicheskoy kh1mii, 1960, Vol. 5), No,
9,
pp. 2084-2087
TEXr: This paper continues the investigations (Refs. 1-3) on
the reaction
taking place between the aoetates and nitrates of alkali
metals in meltB.
The present experiments were conducted according to the
polythermal method,
applying a Chromel-Alumel thermocouple and a millivoltmeter.
Table 1 gives
the melting point of the initial substances. System CH
3COOK-KNO3 has
already been described (Ref. 2), while system CH 3COOCS-CONO3
was investi-
gatnd for the first time (Table 3, Fig. 2), and it was found
that a
eutectic forms with 25% CBN03 and a melting point at 142 0C"
System
CH3COOK-CR3COOCS (Table 1, Fig. 2) has a eutectic with a
melting point,
Card 1/2

The Ternary Reciprocal System of the Acetates
S/078/60/005/009/014/()17
ansd Ni~,Tates of Potassium and Cesium BO15/Bo64
211ul
at 1320C at a CH 3COOK content of 28-5%- System KNO 3- CsNO
(Table 1, Fig,
forms continuously solid solutions with a minimum at 220 Cj
and system
4aNO 3- CSNO3forms a.eptectio at 47% CaNO3 with a melting
point at 17'10C
Table 2 gives a survey of binary systems of the alkali- and
alkali-eartf:
nitrates with publication data, and mentions the following
scientists:
V. P. BlAdin, P. I. Protsenko, N. N. Volkov, G. P. Tumash, G.
A. Bukhal~,va.
M. L. Sholokhovich, A. G. Bergman, N. A. Pushin, M.
Hodonovich, M. N.
Zakhvalinskiy, N. M. Vaksberg, V. G. Gimel'ahteyn, N. P.
Popovskaya- Tat,le
4 gives data on the composition, the phase equilibrium, and
the correspt'.nd-
ing melting point for the ternary system. There are 4 figures,
4 tables,
and 16 Soviet references.
SUBMITTED: June 25, 1959
Card 212

DTOG2,,TOVI G.
Is -7, 7;~Civcn
Bulgaria (Translated from the Russian)
not indicated
AfIfilintion: not indicated
E;ou-rcc; Sofia, Li~qlog IlTo 2 9196!2 -57
,iyA i Khimivat pp 56
I,x.,a: "One Hiuidi:ed Yeaxs Siace the Discovery of
Bm fbidium
and Thalliur.,i. 11

'DIOGENOV, G.G.; SAP,4PULOVA., I.F.
Ternary system of sodium, rubidium, and cesium
acetates. Zhur.
neorg. khim. 9 noo6tl499-1502 Jet63 (MIRA -17:8)

DIOGENOV, G.G.; SARAPULOVA, I.F....
Ternary system consisting of the acetates of
lithium., rubidiump
and cesium. Zhur. neorg., khim. 4 no.2:482-487 F164-
(MIRA 17:2)

DIOG-ENOV,.-.G.G.; SARAPULOVA, IJ.
...... -- . - . .
System consisting of the acetates P sodium, potassium,
and rubidium. Zhur. neorg. khim. T no.5:1292-1294
t-tr 164.
(MIRA 17:9)

DIOGENOV, G.G.; BRIJK, T.I.; NURMINSKIY, N.N.
System Li, CS 11 CH 3COO , N03- Zhur. neorg.
Ichim. 10 no.6:
1496-1498 Je 165. (MIRA 18:6)

r
DJOGFIIIIJ; C.,-;. 7 !-,,uRi'OVAs 1'.L. ;
SARAl"U'LOVA, N.'. .
Qystn-v Kf Rbp CS // CH COO and L.' 9 Nat Rb //' CH
COO. Zhur .
i
neorg. k1him. 10 no .7.17'31 - 3 IrRA -8,8)
8-1739 Jl li~5. (11, 1