SCIENTIFIC ABSTRACT BERGMAN, A.G. - BERGMAN, A.G.

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• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

The Problem of HardenIng Ghloromagnoula Comento
SOV/80-32-3-7/43
There are 2 tables, 4 graph& and 6 Soviet references.
SUBMITTEDj May 3o 1957
Card 2/2

5(2)
SOV/60-32-4-3/47
AUTHORS:
Tyrodov, 1,,P.,, Bergman,-A,G.
TITLE:
The Problem of Hardening of Magnesia Cements (K voprosu
o

tverdenii magnezis,Vnykh tsementov)
PERIODICAL:
Zhurnal
prikladnoy khimiir 1959, Vol 32, Nr 4~ PP 716-723

(USSR)
ABSTRACT:
The article is a continuation of the work published
in Nr 1

and Nr 3 of this journal. Cements with MgO:MgCl2 ratios
of 1:19

M9 3;3.,, 5$1,,, 7:1 were testedo The thermograms of
the

samples are showt in Figures I and 2. The endothermal
effects

are shifted to higher t6mperatures if the ratio is
increased.

The bottom deposits show no endothermal effects
(Figures

3 and 4). In the roentgenograms of the samples the
lines

indicating Mg(OH)2 were absent. This is explained by the

deviation of the oxychlorides formed during hardening from the

stoichiometric relation due to defects in the crystal lattice.

The positions of the OH-and CI-ions are not differentiated.

The
syngony of the decomposition product of the oxychlorides

rises
from hexagonal to tetragonal. During the hardening of
Card 1/2
the cement magnesium hydroxide is absent as intermediate
phase.

SOV/80-32-4-3/47
The Problem of Hardening of Magnesia Cements
The cements form ncm-stoic-hiometric oxychloride hydrates.
The least deviation from stoichiometric composition is
observed in samples with a vapor pressure between 1.6 and
-.1
14.5 mm Eg- Tlt~j has the formula 3Mg0*XgCl2olOR20-
Th6re. are 6 graphs, 2 tablesp and 13 riferancesq 9 of which
are Soviek., 2 Engligh, I Swiss, and I Japanesb.
SUBMITTED: February 24, 1956
Card 2/2

OSIOUINA, R.G.; KMIMPSOVA, A.I,; BERGMAR, A,G,
Salt deposits of southern TajikiBtan. Report No.1;
Survey of
studios made of the salt deposits of southern
Tajikistan. Trudy
AN Tadzh. SSII 84:137-145 159. (MIRA 13:3)
(TaJilcistan--Salt)

OBIGHKINAl
Salt deposits of southern Tajiklatans Report No,2:
The problem
of exploiting the calt domes of southeastern
Tajikietan. Trudy
AN Tadsh. SSR 84147-151 159. (MIRA 13-03)
(TaJiMstan-Salt)

OSICHKIIA, R.G.; BUGHAN, A.G.
Salt deposits of southern Tajikistan. Report No-3: Salt
deposits of
the Kulyab group. Trudy AN Tadsh. SSR 84:153-170 '59.
(HIRA 13:3)
(Kulyab Province-Salt)

OSICHKIKA,_ R.A.; .
Salt deposits of southem Tajikistan. Report No.4: Beat
deposits of
the Tairsu-Kyzylsu interfluve and deposits in,the vicinity
of the
Vakhsh River. Trudy AN Tadsh. SSR 84:171-185 '59. (MIRk
13:3)
(Tairau Valley-Salt) (xy%yisu, vaney-Salt) (Vakhah
Vallay-Salt)

]DJUITSOVA, A-1--, MGMAN, A.G,
-Salt dePosits of southern Tajlkistan. Report No. '15'.
Classifi.--aticr, rf
mitural salt waters. Trudy AR Tadzh. SSR 84:187-193 '59-
(MIRA 130)
(Tajikistan--Salt)

KM,'aVSOVA. A.I.: MMGKAN. A*G#
- _
Salt deposits of southern TaJikletan, He-port lloft
Salt
of the Kafirnigan River basin. Trudy AN Tadsho SSII
159. (MIRA 1.31))
(Kafirmigan. Valley-Salt)

MYZIMSOVAo A.1*; BERGMAN, A,G-
,
Salt deposits of southern UJIkistan,'Report Noa~.* Salt
deposits of the Vakhah-Taymn eoup and the salt lakee of
the Duhilikull-
Nishne-Pyandsh group, Trudy AN Tadzho SSR 441213-4223 159,
(MIRA 13:))
(TaJiMsian-Sat)

5(2,4)

AUTHORS:
Akopovq Yeo K99 SOV120-12T-3-191TI
TITLE:
Complex
Formation and Phase Transformations in a Quaternary

Reciprocal
System of Chlorides and Sulphates of Lithiumt Sodium

and
Potassium
PERIODICAL:
Doklady Akademii nauk SSSR, 1959, Vol 12T,
Nr 3, PP 549-552

(USSR)
ABSTRACT:
It proved that the complex
formation between salts is much

richer and more manifold In
meltings than it is in the aqueous

solutions of the same salts.
The latter fact is due to a con-

siderable hydration of the
salts which, in many cases, is

stronger than the complex
formation (figure I shows the melt-

ability diagram of the
complex mentioned in the title). Only

one compound of the Na
and K sulphates (frequently found in

deposits of potassium
sulphate) could be found: Na, K 3(so 4)2

called glaserite. If
water is absent, there exists also a com-

pound which develops
during the decomposition of solid solu-
Card 1/4
tions of the
mentioned element a at temperatures below 4760.

Complex Formation and Rhase Transformations in a BOV/20-127-3-19/71
Quaternary Reciprocal System of Chlorides and Sulphates of Lithium,
Sodium
and Potassium
These solid solutions, however, decompose in the ternary system
of Li, Wa, XIISO4 at a temperature r educed to 784-8160, and
form 3 compounds. Neither was it possible to find their exact
composition or to prove the identity of a compound with one
of them (stable below-4760). The decomposition temperature
of1hese solid solutions is,however, reduced by the presence
of the chloridea of the same elements. The thermodynamic con-
ditionz are of greatest importance for the complex formation,
especially in the presence of other components in the liquid
phase. All this proves the great importance of medium and
solvent for the complex formation. The investigation of
meltings of the systems mentioned in the title (Fig 1)(Refs !-9)
proved 17 complex compounds. Five of them are double salts.
The different phases are graphically represented in the areas
of a trihedral prism (Fig 2). Three phases develop [13, 11119
Lill] in the decomposition of sona solutions of the sulphates
of Na and X. The investigation of the meltings of this
Card 2/4 quaternary system (Fig 1) showed an extraordinary
complexity

Complex Formation and Phase Transformations in a
SOV/20-127-3-19/71
Qu.aternary Reciprocal System of Chlorides and Sulphates of
Lithium, Sodium
and Potassium
of the components which is similar to silicates and borates.
Figure 2 shows that sulphates of Li and Na form 2 compounds
while their chlorides form only one single compoun4i There
exist also 2 compounds among the corresponding sulphides. In
the system Lip Na, KIISO 4 there exist 5 inner phases: [IV],
IV] , [VI] . EVTIJ , and [VIII] which are tbree-f old
sulphates.
More than 69000 points of the crystallizing tempeiaturee were
determined for the complete investigation of the meltability
diagram of the system under,diaouesion. _ On the basis of
these
data, complete investigations of the melting diagrams of 24
cross sections (triangular and squate) through the prism were
carried out. Figure 3 shows the mentioned diagram of a
verti'~,
cal sectionp while figure 4 shows a horizontal one. BY Means
of these arose sections 4 phasescould be found: ~X~ LX 9
[XI], and [XII]. All of them are quaternary hatero-ion Com-
pounds. There are 4 figures, 1 table, and 9 Soviet
references.
Card 3/4

Complex Formation and Phase Transformations in a SOV/20-127-3-19/71
Quaternary Reciprocal System of Chlorides and Sulphates of Lithium,
Sodium
and Potassium
ASSOCIATION: Kubanskiy sellskokhozyaystvennyy institut (Kuban'
Agricultural
Institute). Rostovskiy inzhenerno-stroitellnyy institut
(Rostov 'Civil Engineering Institute)
PRESENTED: March 25, 19% by, S. I. Vol If kovich, ACademiclan
SUBMITTED; March 259 1959
Card 4/4

G. CIiAUR-9KTf
Sy~!tem 4
!I C-1 Zhur. neorg. kMm. 10 no.5~1256-1258
My '65. (YERA 18.-6)

RMGMAN, A.G.,, KISTMIt. ',~hoV.
System nor,~A~,at,,Ing cf po%aasi= oa&mlum and loa:3
~.hjOrldflL3.
Zhur. na(wg, k1lim. 10 My 165. (MIRA 18-6)
1. Naun*-ino--!--iifiledc-vatell-kly Lekbrlol,.~gi'. inashino-
strujrerlya pr-l narodno zya
A FO kb(; y3t v&.

GORYACHFVA, V.P.; BERGMAN, A.G.

Horizontal cross section of the system Li, Na.
KJJF, F 2'-1'
Zhur. neorg. khim. 10 no.7-17"/-1746 JI 165.
(142RA 18 j 8)

AUTHORS:
Shullgal No A*q Berpsnp A* Go 3/078/60/005/03/025/048

B004/BO15
TITLE:
The Veltaiility in the System of Fluorides and
Silicates of Sodium

and Massium
PERIODICAL:
Zhurnal neorganiohookoy
khimii, 1960t Vol 5, Nr 3, pp 649-653 (USSR)
ABSTRAM
The system Na,
X11F, SiO 3 was investigated by the visual-poly-

thermal method. The
authors mention the binary component systems

(Fig 1, Table 1) that
havri already been investigate d by other

scientists: Na2l'2 - KA (Ref
10), K2F2 - K2SiO 3 (Ref 7)v

Na2F2 - Na 2SiO3 (Rsf 4), and K2SiO 3 "
Na 23io3(Ref 3). The authors

repeated the investigation of the
last-mentioned binary systems

which led to some corrections: 20
sections were examined in the

system Na, K11Y, SiO (Table 2, Figs
2-4). The crystallization our-
3

faoe oonsists of the -six -orretaWntion zones of the -four

components
and the-two complex salts Na 2SiO363K2 Sio V and

2Na 2Si03*3K2Sio 30
The system is classified as a nondiagonal, semi-
Card 1/2
reversible,
reciprocal system. The crystallization zones most in

The Meltability in the System of Fluorides and
S/078J60/005/03/025/048
Silicates of Sodium and Potassium B004/BO15
ASSOCIATION:
SUBMITTED:
a ternary transitiRn point (6460) and three eutectic pointZ
(6280 628, and 626'j). The system is similar to Nag K11P, Ti 3
The authors point out the advantages of the visual-polythermal Cv~
method in the investigation of silicate-containing systems.
There are 4 figures, 2 tablest and 13 references, 10 of which are
Sovie.t.
Rostovskiy-na-DoAu inzhenerno-stroitelinyy institut
(Rostov-na-Donu Institute of Construction Engineers)
November 26, 1958
Card 2/2

S/078/60/005/05/24/037
B004/BOi6
AUTHORSs Dionislyev, S. D., Illyasov, I. I., Bergman, A. G.
TITLEt IN The Melting-point Diagram in the Ternary System of
Potassium-,
_V Thalli -, and Lead Bromide 0
PERIODICALs Zhurnal neorganioheakoy ktimii, 19600 Vol- 5, No- 5,
PP- 1135 - 1138
TEXTt After giving a short survey of the binary systems K 2Br 2
-T12Br 2*
K2Br 2 - PbBr21 and Tl2]3r2 - PbBr2, and referring to the papers
by A.P.Roatkovskiy
(Ref. 2), and L. I. Favorskil (Ref; 5), the authore report on
their Investigation
of 14 sections (Tables 1p2p Fig. 1 of the ternary system. The
resultant melting-
point diagram is shown in Fig. 29 the crystallization scheme in
Fig. 3. The
melting-point diagram has a complicated structure owing to the
formation of limi-
ted solid solutions between Or and TlBr and stablep continuous,
solid solutions
between TlBr.2PbBr. and KBr.2PbBr2* The phase diagram is divided
into 5 phase
triangles with 3 invariant points (Table 3). There are 3 figures,
3 tables, and
6 referencess 5 of which are Soviet.
Card 1/2

The Malting-point Diagram in the Ternary System of
Potassium-, Thellium-l and Lead Bromide
SUBMITTEDs February 10j 1959
S/07SJ60/005/05/24/037
BOOVD016
Card 2/2

IISIOVA. A.6j.; BIRMW, A.G.
Reciprocal system of lithium and potassivin ehlorides and
tungotates,
Zhur. neorg, kh1w. 5 non:2499-2302 N 160. (MIU 13:11)
(Iltbim chloride) Obtassium chloride)
(IdLthium tungstate) (Potassium tungetate)

BAKUMSKAYA 0 Ye.L.; KEROPM, V.Vt; MWNI A~.G _ j
Tern=7 system formed by sodium., thalliumo and lead
sulfates.
2aiur* neorgo khim# 6 no#7:1652-1655 JI 161. (HIM 14
- 7)
(Sodium sulfate) (Thallium, sulfate) (Lead sulfate)

ILIUSOV# I.I.1 HRRGWp A.06
I - *
PhYsicochemical analysis of oystems containing
salts of organic
acids. P*rt 3s Beciprooal system consisting of
potassium ud
sodium beomideo and acetates. Zhur. obs khim, 31
noo2s368-370
F 161. (system (chemistry)) (MII~& 3.4%2)

ILIUSOVP 1.1.1 SHCHMSMAt G.G.;_BERWM A.G.
j____
1?VBibi21ty,Pf a tomtryoystem of sodium, potassium,
and th-Dium
iodides. Zhur. neorg. kbixt 6 no.3;699-701 Mr 161.
(MIM 1413)
1. Rostovskiy-na-Donu filial Vassoyu2nogo zaochnogo
instituts.
pishchavoy promyshlonnoBti.
(Sodium Iodide) (Potassium iodide) (Tha.Uium iodide)

OOF*ACHEVA, V.P.; BERGMAN,-A.G.
Reciprocal system consisting of sodium and calcium
chlorides and
pyrophosphates. Zhunneorg.khim. 6 no.6:1385~1388 Je 161.
(MIRA 14:11)
1. Kubanskiy sel' -skokhozyaystvennyv institut.
(Systems (Chemistry))

ILIYASOV, I.I.; DIONISIYEV' S.D.; BERGW, A.G.
Fusibility diagram of the ternar-j sjstem c-3nsisLing of szdlum,
tballium, arxi lead bromides." Zhu~.neorg.khim. 6 no-6:1389-1391
Je 161. (MIRA 14:11) *
1. Rostagskiy-na-Donu filial Vaesoyuznogo taochnogo instituta
pishchevcy-proVshlennosti.
(Systems (Chemistry)) (Bromides)

KISLOVA, A.I.; BERGMAN, A.G.
'Reciprocal system consisting of lithium and potassium
chromates
, and tungstates. Zhur.neffg.kbim. 6 no.9:2132-2135 S ( 961.
MM 14:9)
1. Kubanskiy sel'skokhozyaystvennyy institut.
(Systems (Chemistry)) (Alkali metal chromates)
(Alkali metal tungstates)

n'YAWV, I.1,; BEROMANt A*G.
lltz-- - - ..
Interaction in the ternar-I syster" consisting -if cadmiur.
and lead
chlorides, I-romides, and iodides. Zhur.nporr.khim. 6 no.9:
2142-2147 3 '61 - (MIR4 14:9)
1. Rostovskiy-na-Donu filial zaochnoro instituts Fovetskoy
tor-
povli. (Svstems (Chemistry)) Olali&s)

BUKHALOVA, G.A.1 BERFZHW',YA, V.T.1 BERGMAN, A.G.
Ternnry system# consisting of calciump b4riumg and
9~kali metal
fluoridee. Zhur.neorp,,kbim. 6 no.1032359-2363 0 $61.
(MIRA 141g)
1. Hostovskiy inzbenerno-atroitel'nyy inatitut.
(Systeme (Chemistry))

MRGM&Np A.G..; NOGOIEVp K. -
Interaction of urea with sodium and potassium
halides and
nitrates. Report No.ls Ternary systems consisting
of urea -
potassium nitrate and potassium halides. Izv.AN
Kir.SSR.Ser.
est,i tekh.nauk 4 no.91149-154 162, ( M A 16W
(Urea) (PoUssium nitrate) (Potassium halides)

BEMMOP A.G.; NOGOMx K.
Fusibility curve of the ternary system consisting of
lithium,
potassium.. and ammonium nitrates. Zhur.neorg.khim. 7
no*2:351-
355 F I . (MDA 15:3)
1. Rostovskiy inzhenerno-stroitellnyy institut.
(Alkali metal nitrates) (Systems (Chemistry)) (Melting
points)

ILIUSOV,, I.I.; BEHGNAN, A.G.
W--~
Fusibility curve of the ternary eyot&-,s consisting of
cadmi=,
dodium, and lead chlorideae Zbur.noorgokbim, 7
no*2:356-339
P 162* (K= 15:3)
(Chlorides) (Molting points) (Systems,(Cbemistry))

ILIYASOV, I.I.; CHAOSKIY, N.I.; BEWMN., A.,G.;
DIONISIYLyp S.D.
Malting diagram of the reciprocal system consisting
of sodium
and cadmium bromides and iodides. Zhur.neorg.kbim. 7
no.3.-618-
620 Mr 162* (MIRA 150)
(Halides) (Systems (Chemistry))

BEWMAN.t A.G.; BUWMUYA, le*Lo; IMOPM.. Va. I,
Ternary system of lithium,, sodiumj, and labd sulfates.
Zbur.neorg.
khim. 7 no.3t621-624 Mr 162. (MIFA -150)
(Sulfates) (systems (chemistry))

ILIYASOVP I.I.;,DIONISIYF.Vp S.D.; BMGMAN., A.G.
Melting diagram of the ternary reciprocal system of
cadmium
and thaLlium bromides- and iodides. Zhuroneorg,khim. 7
no,3:625-627 Mr 162, (MM 15:3)
(Halides) (Systems (Chemistry))

BEMM&N,_A.G.; GORYACHEVA" V.P.
C--
Reciprocal system of sodium aW calcium pyrophosphates
and sulfates.
zhur.neorg.kbLim. 7 no.3:628-632 Mr 162. (MIU 15:3)
1. Kubanskiy sel'skokhozyaystvenwy institut.
(Pyrophosphates) (Sulfates) ~--(Systems (Chemistry))

A1869
8/078/62/007/003/016/019
B11O/B138
000
AUTHORSs Illyaaov, I. I.,
TITLEt Fusibility of ternary systems of sodium, potassiumt and
aeBium chlorides
PERIODICALt Zhurnal neorganicheskoy khimii, v- 7, no. 3, 1962, 695 -
696
TEXT: According to its position in the periodic system the properties
and
salt structure of cesium differ more widely from those of sodium than
potassium (to-whose subgroup it belongs). The great difference in
ionic
radii (K - 1.33 R, ca - 1.65 R), does not, however, prevent the
formation
of continuous solid solutions. The authors used their own visual-poly-
thermal method (Zh. obehoh. khimii, L6, 981 (1956)). Data are
expressed
in moles per cent. As to the NaCl-CaCl binary systems, the authors'
data
on the eutectic at 34% NaCl and 4930C coincide with those of
S. F. Zhemchuzhny;i'i--F. Rambakh (ZhRFKhO, 41, 1785 (1909)), but the
fusibility curves are somewhat more curved. In CsCI-KC1, a continuous
series of solid solutions was found with a minimum at 6060C and 36~
Kci.
As to NaCl-KC1, A. G. Bergman and N. M. Selivanova (Izv. Sektora
fiz.-khim.
Card 1157-

B/078/62/007/003/016/019
Fusibility of ternary systems... B110/3138
analiza, L1, 229 (ig3a)) show that a continuous series of solid
solutions
is formed with a minimum at 6580C and 47-5~ XCI. They dissociate
when
cooled below 500OC- Six internal sections were examined in the
ternary
system Ila, K, CsjjCl. Section III, and particularly VI, clearly
showed
that the KCl-.CsCl solid solutions, dissociate when NaOl is
introduced due
to the great Aifference between the ionic radii of K and Cs within
the
system. Hencep the curve of combined crystallization of the CsCl
and KC1
solid solutions, which are mutually restricted, appears quite
distinctly.
NaCl and KC1 solid solutions dissociate also within the system
beginning
near 5360C and below. As a result, three monovariant curves of the
com-
bined crystallization of two phases converge, at the ternary
eutectic
point, at 4800C, and the composition 45-5~ CsClo 30P' NaCl and
24.5% M.
The isotherms in the system were passed through 5000. If the
dissociation
eurvesof solid solutions are continued to the appropriate sides,
the com-
position area of the system triangle is divided into three fields
of.
crystallization: NaCl - 36-4%; KC1 - 0"; Cs(;l -
17-5%ieu[Abstracter's
note: Essentially complete translationy. There are f res, 1 table,
and 3 Soviet references.
SUBMITTEDt September 25, 1961
Card 2/3

GORYACHEVA, V.P.; BERGMAN, A.G.
Reoiprocal eyotem of lithium and potassium chlorides
and
pyrophosphates. Zhur.neorgokhim. 7 no.511141-1145 My
162.
1. Kubanskiy sallskokhozyaystvannyy inatitut. (KRA
15:7)
(Alkali metal chlorides)
(Alkali metal pyrophosphates)

BERGMANO A.G.1 MASLENNIKOVAtP.N.
Nondiagonal, irroveroible-reciprocal system consisting
of cesium
and lead chlorides and smifatese Zhureneorgekhime 7
no*6:1382-
1386 Je 162.. (KM 15:6)
(Systems (33hemistry)) (Fused salts)

ILIYASOT~ 1.1.1 N=,,,A.G0
Malting diagram or the reciprocal system
consisting of
potannium and cadmium chlorides and bromides.
Zhur. neor .
khIm. 7 no.831970-1973 Ag 1626 (HIM 16165
Oysteme(CbemistrY))

GALUSHKINTA, R.A.; BER(MAN A.G.
Folythermal diagram of the syBtem X23Dr"3-H2Q# Zhur~neorg#khimv
7 no.9:2251-2253 S 162. (MIRA 15:9) ~
(Potassium sulfate) (Potassium nitrate)
(Thermal annlysis)

ARABADZHAN2 A.B.; BERCUAN A,G.
Interaction of lithium and sodium chlorides and
bromides in
melts. Zhur.neorg.khimo 7 no.9:2226-2229 S 162.
(MIRA 15:9)
1, Rostavakiy-na-Donu nauchno-iseledovatellskiy
inatitut
tekhnologii mashinostroyeniya.
(Alkali metal halides) (Sp3tems (Chemistry))

BERGMAN, A#G.; GORYACHEVA, V.P.
Diagonal cross section of the quaternary reciprocal system
consisting of lithiumv sodium, and potassium pyrophosphates
and flourides, Zhur.neorg.khim. 7 no*10:2438-2443 0 162.
(MIRA 15:10)
1. kWanskiy sel'skokhozyaystvanny institut,
. (Alkali metal pyrophosphates) (Alkali metal fluorides)

BKRGW_. A.G.; GORUCHWAP V.P.
Ternary system consisting of lithiums sodium, and
potassium
pyropboapbates. aur.neorg.khim, 7 no,20:2444-2446 0 162,
(MIRA 15:10)
1. Xubanskiy sellskokbotyaystvennyy institut i
Rostovskiy-na-Donu
nauchno-iss1edovs*4,&'-xkiy institut tokhnologLi
mashinostroyeniya.
(AlIcali metal pyrophoophates)

BERGIMAN., A.G.; OCHERETNYY., V.A.
Lwoluten of representations of a stable complex of the
reciprocal system consisting of nine salts. Zhur.neorg.kbim.
7 no.10:2466-2474 0 162. (MIRA 15:10)
1. KrAenodarskiy filial Voesoyusnogoskochnogo inzhenerno-
stroitallnogo institute,
(Systemq (Chemistry))

,BERGMAN A.G.; GCHYACHEVA, V.P.
Malting diagram of the system consisting of lithium
arA potaosium pyrophosphates and sodium flubride.
Zb,=.neorgkhim. 7 nooLI:2617-2618 N 162-~ (MIRA 15:12)
K
~u gal I ikolrh vannyy ihstjjuj~i Ro
, - osya*L Stovski
nauchno-issledovatel'skiy inetitut takhnologii
muhinostroyeniya,
(Alleali metal pyrophospbates)
(*ium fluoride)

S/078/62/007/006/013/024
B106/B180
AUTHORS: Goryachevat V. 11.
TITLE: Constitution diagram of the reversible and reciprocal
system of the fluorides and pyrophosphates of lithium
and potassium
PERIODMIL: Zhurnal neorganioheskoy khimii, v- 7, no. 6, 1962t
1394-1398
TEXT; Continuing a series of papers on reciprocal systems consisting
of fluorides, chlorides, and pyrophosphates of alkali and alkaline
earth netals the crystallization surface of the ternary reversible
and
reciprocal system Li, K~kr' P 0 van studied by a visual polythermal
2 7
method4 Data on the .binary systems Li 4 F4-K4 F41 L'4F4-L'4P20 V K4
F 4-K4 P207
and Li4 p207-K 4p207were taken from publications; the authors of We
present paper analyzed the unstable diagonal eeotion X P Li P 0, and
4 4- 4 2
Card 1/3

Constitution diagram of...
S/07 62/007/006/ 013/024
B106YS180
11 sections. The oryatallization surface of'the'ternary system
studied
consists of 5 main fields of crystallization. The field of the
incongruently melting compound 3K4F4*K4P2O is displaced whe'n
lithium
7 F 15% Li F
salts are introduced at 69211C and 42,5,r K 4P20 79 42-5~/- K4 4#
4 4'
The compound does not take part in the phase complexes of.the
reciprocal
system. The fundamental, ternary 'invariant points of the system
are a
eutectic (4770B; 12.5% K4P207, 48Y. L'4F4. 39.5% X4P4) , and a
terna3~y
transition point (5530c; 48.5%0 Li4F4' 43~ K4 P2071 8-Z K 4 F4).
The more
stable and triangulating diagonal of the aybtem is Li P -K P 0-; ~t
4 4 4.2 7
divides the constitution diagram of the system into the two phase'
triangles:'
Li4P207-Li4P 4-Y,4P207and Li4F4-K P 0 -K F The K P 0 field
penetrates
4 2 7 4 4* 4 2 7
deep into the system (up to a fluoride content of 87,5~10). Areas
covered,by
the crysiallization fields: Li P 0 37-91~,, K P 0 29-46%, Li F
4 2 7 4 2 7 4 4
K 4F413.31%,.field of the complex 2.22%. For comparison, it must
be noted,
that the triangulating diagonal in the system Li, Na\\ F, P 0 is
2 7
Card 2/3

S/678/62/007/006/013/024
Constitution diagram ofoo. B106/B180
Na4p4- Li4p207' There are 3 figures and I table.
ASSOCIATION: Kubanskiy sel'Bkokhozyaystvennyy institut (Kuban'
Institute of Agrioulture)
SUBMITTED: June 24, 1961
Card 3/3

BMGMANp A.G.
Modernization of machine-tool clamps. StaLn,i instr-
33 no.6t
40 ja 062. (MIRA 15:7)
(Machine tools-Teohnological innovations)

BERGMANO A.G.; MSIJMt Zb.V.
Ternary system consisting of lithium, potassium, and
cadmium chlorides,
M*r-neorg.khim. 8 no,2:403-406 F. 163, (MM 16:5)
1, Nauchno-iseledovatel'skiy institut takhnologii
mashinostroyeniya
pri sovete narodnogo khozyaystva Roatovskogo
ekonomichaskogo rayon&.
(Cadmium chloride) (Lithium chloride) (Potassium chloride)

SIOTS16310061003110151020
B117/B186
AUTHORS: e an A. G., Andryushchenko, Yu. I.
TITLE: Melting-point diagram of the reciprocal riyetem of
chlorides
and bromides of lithium and lead
PERIODICAL., Zhurnal neorganicbeakoy khimii, v. 8, no. ,~,
1963s '712-~714
Tl-',XT :Continuine the study of the quaternary reciprocal
system Li, PbF
K 1) Cl, Dr, the melting-point diagram for the system Li, Pb
11 C1, Br Wa a
studied by the vicual-polythermal method. The crystallization
surface-
of the system investieated consists of two fields- the
orysiallization
field (87c,fu) of solid solutions of Li2(Cl,Br )2 , and that
(13%) of solid
solutions of Pb(Cl,Br )2. The two fields intersect on a common
crystal-
lization curve which descends steadily from the eutectio point
at 4060C
on the Li Cl - I)bCl aide to 3220C on the Li Br, - PbDr aide.
The
1) 2 2 2 C 2
isotherm,j lying above 250C showed a distinct ridge along the
stabler'~
diaj;'onal of Li2Cl 2 - PbBr 2 on the crystallization snrfnce
of the solid
Card 1/2

07 100 a 100"! 10 15/02 0
Helting-point dingrain of the B I 171B I
colutiono of Li 2(Cl,Br)2 This ridge in largeot for the 5000C
isotherm.
0
The pooition of the minimum at 522 C on the Li C1 - Li, 2 curve,
2 2 ,Br
indicates that the colid nolutions of LYC1,13r )2 do not deoomposu
between 522 and 340 0C. There are 3 figures.
ASSOC IATION Rostovakiy-na-Donu nauchiio-issledovatellskiy J
'ristitut
toklinologii mnsbinostroyeniya (Rostov-na-Donu Scientific
Research Institute of Machine Technolo8y)
SUB11ITTED: March 30, 1962
1 2

-1 EERGMAN, A.G-.;0SADOVSKITp A.P.; KSLER, Zh.V. .
Ternary system of leadp 3ithivm; and o4daium ohloridee. Zhur.-
noorg.kbin. 8 n0-43954-958 AP 163,' (mm 16:3)
(Lead chloride) (Lithium chloride) (G~dmium chloride)
I
i

E8 . A.G.; ARABADZHAN,-A.S.
, ~-'z
1~
WIting diagram of the ,rnary system Lill F, CI, Br.
Zhur.-
neorg.khim. 8 no, ta-1229 Yq 16Y0 (MIRA 1615)
1. Rostovskiy-na-Dbnu'4&Uohno-isaledovatellskiy institut
tekhnologii
sashinostroyeniya. I
(Lithium Wides) (Melting points)

ARABAWRO, A.S.
%,BiprOO&j sygta emsisting of chlorides and
bromides of
lithium and tbalUm. 2hw. neorg. khim. 8
no.6:1453-1454
Js 163. (MIRA 3.6t 6)
1. ROstOv8kjy_na-Dcnu nauchno-iosledovatellskiy
institut
tekhnoloRii. mashinostroyaniya.
(S~Fvt,smo(Cbemivtr7)) (hmod salts)

tERGW, A.G.; KAZNACHnEVA, K.F.; GORYACHEVA, V.P.; BADOVSI=,
A.P.
Reciprocal sratem consisting of pyrophosphaten and fluorides
of sodium and polemiur, Zhur. neorg. khim. 8 no.621455-1460
Je 163. (MIRA 16r6)
1. Rostovskiy-na-Donu nauabno-iseledovatellakiy inatitut
tekbnologit maahlnostroyeniya i Kubanakiy
sel'skokhozyaystvennyy
inatitiit~--'
AJIM11 metal fjUc~~Jdeg)
llm2i, gietal pyrophomphatea)
R

I I .. ,.,
BERGMAN, A.G.; ANDUORCMMO, r*,X,.l BINEMA, R,L
ft~ibility in the ternary system consisting of
chlorides of
- lithium, putassium,, lead. Zhur. neorg. kbiz. 8
no.7sl693-
1697 J3. 163, (MMA 16:7)
1. Rostovskiy-na-Donu nauchno-iooledovatel'skiy
inatitvt
tekbnologii mashinostroyaniya.
(A]Jmli metal chlorides) (lead chlorides)
(Fused salts)

MGMM to A.2;& ANMYASHCH?NKO.. Yu.I.
Ternary system consisting of bromides of
potassium, lithium,
and lead. Zhur. neorg. khim. 8 no-7:1698-1701 ii
163.
(MMA 3.6:7)
1. Rostovskiy-na-Donu nauabno-isoledovatellskiy
institut
tekhnologii washinostroyeniya,
(A33cali metal bromides) (Inad bromides)

BERGMAN, A.G.I'AMUMAIN, A.S.
Reciprocal system consisting of chlorides and: bromides of
lithium and sodium, Zhur..neorg. khim. 8 no.8:1928-1932
Ag 163. (MIRA 16:8)
(Alkali metal halides) (Systems (chemistry))

~AUTHORS:
~TEXT:
Itematically
II
.at
8/079/63/033/001/002/023
D205/D307
Illyasov, I. I.t Palobekov, A. G. and Bergman, A. G.
Interactions in the ternary system urea-phenol-ben-
zoic acid
TITLE:
P
ERIODICAL: Zhurnal obshchey khimii, V. 33, no. 1, 1963o 19-22
The present work was undertaken in an effort to study sys-
the interactions of urea with organic compounds. Pare
materials and vip-ual-polythermal methods were used. Melting point
measurements in the binary systems phenol-urea (1)9 phenol-benzoic
acid (II)l and urea-benzoio acid (III) showed the existence oft
- a euteotic at 3560 and 6.5 mol% ureap and a transition point
60.60C and 33.0% OO(NH)2, corresponding to a compound CO(NH2)2'-
2C6H5 OH; II -'a eutectic at 2800 and 14% 06H5COOH; III -a congru-
ent melting compound 300(NH2)2' 06H5000H. separating from the li-
quid phase at 11000, and 2 eutectio points at 75.5 0C/49.5% urea
Card-1/2

S/079/63/033/001/002/023
lInteractions in the ... D205/D307.
8
land at 10 C/76.5% area. In the ternary systemt 12 sections were
Istudied, finding that the phase diagram is divided'into 3 sections
iby the lines C H COOH-CO(NH o2 H OH and CO(NH )'.2C H OH
6 5 2)2 C6 5 2 2 6 5
1P3CO(NH C H COOH. The region of existence of 3CO(NH ) 9C H COOH
2 2 6 2 2 6
5 5
extends far into the phase diagram. There was a ternary eutectic
.a
t 1800, corresponding to 12.5 benzoic acid - 7.5 urea - 80 phenol,
land 2 transition points: at 350C (25.0 benzoic acid - 17.0 area
!58.0 phenol), and 4100 (26.5 benzoic acid - 34.5 urea - 39.0 phe-
'nol). The low melting mixtures were highly viscoust suggesting fur-,'
ther complexing in the liquid phase. There are 3 figures and 2
!
tables.
:ASSOCIATION: Rostovskiy-na-Donu filial instituta eovetskoy tor-
govli (Roatov-on-Don Branch of the Institute of So-
viet Commerce)
!SUBMITTED: March 21 1962
10ard 2/2.

PALOBEKOV) A.G.; ILIYASOV, I.I.,HERCAM-4, A.G.
Melting diagram of the ternary sy3tem
1irfta'-4-rjaphtho-'-
cinnamic acid, Zhur, ob,kbim. .34 no,
5-.1375-1371.) ~V '11,4.
(MMA 17 :7)
1. ROStOV3kiy-na-Donu filial zaochnogo
instituta sovet;3koy
torgov1i.

BAKUMSKAYA, Ye.L.; BFRGMAN, A.G.; KBROPYAN, V.V.
. System consisting of the oulfates of potassium,
thallium, and lead.
Zhur. neorg. khim. 8 no.12-.2748-2750 D 16.3. (MIRA
1719)
1~

IL'YASOV, I.I.; BMAN A.G.
Ternary re!!~prooal systems of the halides of
sodium, potassium,
and cailmiii;L Zhur# neorg4. kh1m. 9 no.6:
1416-1422 Jo 163
(MIRA 17-.8)
1, Rostovskly filial zaochnego instituta sovetskoy
torgovli..

,.I,
BERGMAN, A.G.; NOGOYEV, K.
Systems CO(NH2I)2-L' 3;LiNa." ~.3 and'
NalK,NHI,I,:,.., ~o
Zhur. neorg. khim. 9 no.6-.-1423-1426' Jo 16.3 (MRA
17t8)
1. Rostovskiy inzhenernc.-stroitellnyy institut i
institut
fizicheskoy i neorganicheskoy khJxii AN Kirgizskoy SSR.

BERGMAN A.G.- SIPJLIGA, N.A.
Interaction of urea with the nitrates of lithium,
sodium,
potassium, and barium. Zhur. neorg. kLlm. 9
no.5:1218-
1220 My,164. (KRA 17:9)
1. Rostovskiy-na-Donu lnzhenerno-stroitellnyy
institut.

ANDfTMHCHENKOO Yu. 1.
BERGMAN
System U K Pb// Clt Br. Zhur. neorR. khtm. 9
no.5iI221-
1228 V7 ;64#' (14111A 17.- 9)

BERGMAN. A.G.; KOZACHv-NKO, Ye.L.; BEMINA, S.I.
System consisting of Li. Na F, Cl. Zhur. neorg.
khIm. 9
I
no.5i1214-1217 Kv 164. , I kl$MA Mg)

ARABADMAN, A.S.; BERGMhN, A.G.
, '!SkAg-T~
Reciprocal system consisting of the chlorides and
bromides
of silver and thallium. Zhur. neorg. khim. 9
no.7:1769-
1771 il 164. (MIRA 170)
1. Rostovskiy-na-Donu nauchno-iseledovatellskiy
Institut
tekhnologii masitinostroyeniya.

f! I; I iGH A N' , A.G. ; M.Ul, I ll;R , 2' 11 -V -
- - I ~ . ~ 1-1 -.i - ': ~ ~~
Sustem consist-ing of lithlun and pctas~hz-, C~; 1- ,T,
chromate. Zhur. noorg. Wm. q no.F:1955-1959 J. 'c2'.

BERGMANY A.G.; BOGATOVA, Ye.l.
----------
System consisting of lithium and sodium
pyropbosphates and
molybdatoo. Zhur. neorg, khim. 9 noo9;2182-2188 S
164.
System consisting of lithium and sodium
pyrophosphates and
molybdates. lbid.:2180,-2195
(MIRA 17:11)
1. Rcstovakly~na-Donu Institut
sellskokhozyaystvennogo
mashinostroyeniya i Krasnodarskiy filial
Vsesoyuznogo
zaochnogo inzhenerno-stroitellnogo instituta
(VZISI).

ILIYASOV, I.I.; FALOBEKOV, A.G.; MGMAK, A.G.
Meltlz# diagram of the te=ary systelt
urea-phmol-resorainol.
Zhur. ob.khim. 34 no.7t2099-2103 JI 164 (MIRA 17:8)
1. Rostoviskiy6ca-Dmu fi:Li&l Zaeohnogo instituta
sovetskoy
torgovli,,

PALOBBKOV, A.G.; ILIYASOV, I.I.; BERGMN, A.G.
Melting diagram of the ternary system urea - resor
Zhur. ob. khim. 34 no-10-3143-3146 0 t64. cinol -~-naphthol.
(MIRA 17:11)
1. Rostavskiy-na-Donu filial Zaochnogo institute savetskoy
torgovli.

BERGMANI A.G.; NOGOYEV, K.
Reaction of urea with sodium and pot"Sium halides.
Report
No.2* Izv. AN Kir. SSR. Ser. est. i tekh. nauk 5
no.4:59-
67 ,63*
Reaction of uren with sodium and potassium
halideh, Report
No.3- (69-77) ~ (NIRA 16:10)

NOGOYEV., K.; FERGMkN A.G*
'Interaotion in the ternar7 syptem of urea and
amwnium nitrate
with-sodium and potassium nitrates. Zhur. prikl.
khim. 36
no.8tl680-1666 Ag 163o (MIRA 16:11)

BERGMAN, A.G.; NOGOYEV, X,
,
Interaction of urea with a~>dium and potassium
nitrates. Zhur.
prikl. khim. 36 noo8tl864-1867 Ag 163o (MIRA 16:11)

GALUSHKINA, R.A.; BERGMAN A.Go -
Polytherm of the ternary system B20 - K2SO4 -
NH4N03 -
Zhur. neorg. khim. 8 no.3.1:2573-2576 N 163.
(MIRA 17;1)

EERGMAN A.G,; ARABADZHAN, A.S.
Reciprocal system consisting of chlorides and bromides of
lithium
and silver. Zhur*neorg.khim. 8 no.9t2l48-2150 S 163.
(HIRA 16:10)
1. Rostovskiy-na-Donu nauchno-issledovatellskiy institut,
tekhnologii mashinostroyeniya.
'I

ILIYASOV, I.I.; DIONISIYEV, S.D.; BERGMAN, A.G.
Reciprocal system consisting of bromides and iodides
of potassium
and lead. Zhur. neorg. Wm. 9 no.2:422-424 F'64. (MIRA
17:2)

ARABADZHAN, A.S.;,~ERGM&N. A,G,
Quaternary reciprocal system consisting of chlorides
and bromides
of lithium, sodium, and potassium. Zhur. neorg. khim.
9 no.2;
425-431 F164. (MIRA l7s2)
-1. Rostovskiy-na-Donu nauchno-iseledovatellskiy
institut
tekhnologii masbinostroyaniya,

ILIYASOV, I.I.; BERGMAN, A.G.
System consisting of chlorides a.-rd bromides of sodium and
cadmium.
Zhur.noorg.khim. 9 no.4049-951 Ap 164. (MIRA 17W
1, Rostovskiy filial saochnogo instituta Sovetakoy torgov3i% -.

A.G,
BOUTOVA, Ye.I.; KISLOVA, - - -
Reciprocal system consisting of lithium and
potassium pyro-
phosphates -' and molybdates, Zhur. neorg. kh" 9
nollt
2623-2630 P 164 (MIRL l8%1)

ILIYASOV, I.I.; PALOBEKOV, A.G.; BERGMAN, A.G.
Melting diagram of the ternary system urea - phenol
n1unnmic acid*
Zhur.ob.khim. 34 no.2067-370 F 164.
ftlting diagram of the ternary system ures, - phenol
-wiplithol.
lbid.:370-373
Malting dia.grar of the ternary system urea -
naphthalene - -naphthol.
lbid.074-376 (MIRA 170)
1. Rostovskiy-na-Donu filial Zaochnogo instituta
sovetskoy torgovIi.

ZEnYMOTO G. Ye.; BMGMAA, A.G.
Melting diagram of monoothenolamine with orgmic compounds.
Mmr. ob. khim. 34 noala3536-3540 N t64 (MnM l8a)
1. Rostovskiy-na-Dmu institot seltskokhozyaystvennogo ma-
shinostroyaniyao

ILIYASOV, I.I.; PALOBEKOV., A.G.; BERGMANP A.G.
-
interaction in the ternary system
urea-hydroquinone-resorcinol.
Zhur. ob. khim. 15 no.4:602-606 Ap 165.
(MIRA 18:5)

PAIDBEKOV, A.G.; BERGMAN, A.G.
- 1-1
Melting diagram of the ternary, aystem urea,
-Vt-naphthol -
q-naphthol. Zhur. ob. khIm. 35 no.5065-768 My 165.
(MIRA 1&0
1. Rostovskly-na-Donu filial zaochnogo instituta
sovetskoy
torgovli.

PALOBEKOV,
malting-diagram of the ternary, system urea - phenol -
V~pnaphthol.
Zhur. ob. khim. 35 no.6042-945 Je 165.
Urea distribution between hydroquinone and (~-naphth,j in
the
ternary system urea - hydroquinone naphthol. lbid.:945-949
(MIRA 18:6)
1. Rostovsk-4y -na-Donu filial 2aochnogo instituta sovetakoy
torgovli.

AM MSWHI~11MO? Yn.T.; MGM.? A.G,
Flectroconductivity in the eysteiK K,, ?b Br. 7hur. fiz. khima
39 no.3v672-677 ~~ 165 (MIRA 18t7)
1. Rostovskiy-ra-Donu rauchnc~-Jssln6c)v&tollskiy institut
tekkinologii
mashinostroyenlya,

ZIMINA, T.D.;, A-.G.; NAGORNYY, G. 1,
Reciprocal system consisting of chlorides and sulfates of
sodiump
calcium, and barium. Zhur. neorg. khim. 10
no.9t2l.415-2151 S 165.
(MMA 18:10)
1. Irkutaki-y gosudarstvennyy universitet i
Rostovskiy-na-Donu institut
soliskokhozyaystvannogo mashinostroyeniya.

ILIYASCV 1. BERGVdiN A G
Gorit,inuous solid solutions and their
decomposition on the
,6eltAng diagram of a reciprocal system consisting
of potas-
sium and cesium chlorides and iodides. Ukr. khim.
zhur. 31 no.8:
772-775 165, (MIRA 18:9)
l* Zaochnyy institut sovetskoy torgov.1i,,
Rostovskiy filial.

FINKELISHTEYNO N.A.; BERGW, A.G.; NAGORNYY, G.I.
Interaction between potassium, calcium., and barium
sulfates.
Zhur.neorg.khim. 10 no.8tlM-1894 Ag 165.
Interaction between fused chlorides and sulfates of
potassliuri,
calcium, and barium. Ibid. s1895-1900- (Y1RA l9r.l.)
1, Ir)mtokly gosudarotvonnyy univernitat i
1(ostovskly-na-Donu
Institut sel'skokhozyayntvennogo manhinoatroyeniya.
Submitted
July 4, 1964.

UMNA, T.D.; Bl,,RGMAN,,-.AI,_Q,,I,;..AGORODNrY, G.J.
_X
Diagonal sections of the quaternary reciprocal
eystem consisting
of Bodlum, calcium, and barium chlorides and
solfatea. Ulkr. khim.
zhur. 31 zio.10:1035-1040 165. (KIRA 19:1)
1. irk:utskiy gosudarstvennyy universit-et i
Rostovskly-na-Ponu
institut sell sk-okhozyaystvemiogo
mashinastroyenlya. ~Iubmitted
May 23, 196/f.

'TOPIC TAGS: uroa.' res
orainolp bydroquinonet-eutectic poin-',
P~ler JB ELn extenl3ion of the work of A.
a -Ito- L m a I pi-l~ P, i T i zn r.T-y -2 n

I

VUdM Alagism of the q6tent K
M410040--ilie Kit-
stuillefl Is one of the 4 triple sy,-toin%
forming flik, Wes of
the compu-tetrabcdron of a quoidruple tiyNtviii
of TA, K,
Naf and MS fluraidm which k lwhig inw-4gatvA pri-
11121tib, to filld 111(owe. flaxes An, the
re6ning of Mem-
jerrarts rndds~=d their Oloys, Tito. C.-Oml-4K,
it-, t1te KV-
NaP-MrPt itystent dt.t. tht: nattire of the
(Atutdrupk lsyy-tenl
as At whole, aq the fourth component, UP. does
not forin
any addnl. vninixis. and scrvrs only as a
solvent. 1'he
method unil was the viinal-polythtrinal wethod,
where
the ttMPS. jtL%VbjCh tile fjr~~t CtySjftj!~ n'
,jpPAf fititl the 1-,1$t
disspony'sir tIrK by mraw.; of n 1;t/Pi,Ith
thmurr,ouple.
The formati6it of 3 corapds.-2)(FAW KF M F , and
NILF.MgFrw-illvide% tfte;cotnpn- tt2gwj,,~: int;
f Si,.PI,
systtins. The k9tilting 3 eutectics correspond
to tht
1036wing WmPs. and compti. (in "101, % .
cutectic (
at !RM-w-MA MO, 1), 3v) N 0~ and U3.5
:XF (In)- eutccdc 2 at 1701 -
andL Ifi.064 U]; an,11i eutectle (3)` at
:34,h%,11, aird 50.0% IU. The trartAtinn triple
point
occurs at 710'~and has the-foilowing zon,pri.-
11.0%
1. 39.0% H,- and 50.0% HT. Foink Gonet.

to" Will 1w I
of Imb 4W 1
or" coadwoull
&W of eupwrivm
&w tho temp. to I
all It", * wam
pa bamn an a
at kd rAto
Mobp wur. Air
siaffK*tk to Fire"
coollox =
d
IW47. No 9.
.. comtrwint
=
41041 PnKw#wo dmiuaX
Mn% (4 fm mmats,
~Vww ft" am wwd.
k w6u the can "t-
00 IA)vn. Fkftwk~m
I Ifta, Ttw borhing
cart to &void dagnalr
04 to cmate a We
vmw T4"Ing f."t."Ibe

Tee - Northern Hemisphere
Oleo atlas of the northern hemisphere" (in English).
Hydrographic Office of t6
United States Navy. Reviewed by 0. Bregman. YK. i gidrol. no.
6p 1947.
Monthly List of Rtissian Accessions, Library, Of Congress,
December 1952. Usaclassifiod.