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ISSN print edition: 0366-6352
ISSN electronic edition: 1336-9075
Registr. No.: MK SR 9/7
Published monthly
Author:
Nerád
Enthalpic analysis of the CaTiSiO
5
system
274
–
278
I. Nerád
,
L. Kosa
,
E. Mikšíková
, and
K. Adamkovičová
Vol.
60
,
4
Enthalpic Analysis of Potassium Heptafluorotantalate
73
–
77
I. Nerád
,
E. Mikšíková
, and
V. Daněk
Vol.
57
,
2
Phase Diagram and Structure of Melts of the System CaO—TiO
2
—SiO
2
241
–
246
V. Daněk
and
I. Nerád
Vol.
56
,
4
Thermodynamic Analysis of Pseudobinary Subsystems of the System CaO—TiO
2
—SiO
2
77
–
83
I. Nerád
and
V. Daněk
Vol.
56
,
2
Thermodynamic Equilibrium between Melt and Crystalline Phase of a Compound A
q
B
r
with Dystectic Melting Point I. Theoretical Approach
61
–
65
I. Proks
,
V. Daněk
,
L. Kosa
,
I. Nerád
, and
K. Adamkovičová
Vol.
54
,
2
Enthalpy of Mixing of Melts in the KF—K
2
TiF
6
System
3
–
5
I. Nerád
,
L. Kosa
,
E. Mikšíková
, and
K. Adamkovičová
Vol.
53
,
1
Determination of the Enthalpy and Entropy of Peritectic Reaction in the CaO Si0
2
(CS)—2CaO Si0
2
(C
2
S)—2CaO Al
2
0
3
Si0
2
(C
2
AS) System at the Equilibrium Temperature 1588 К
725
–
730
L. Kosa
,
I. Nerád
,
K. Adamkovičová
, and
E. Mikšíková
Vol.
52
,
6
Enthalpie Analysis of Melts in the CaO Si0
2
(CS)—2CaO Si0
2
(C
2
S)—2CaO Al
2
0
3
Si0
2
(C
2
AS) System
731
–
735
L. Kosa
,
I. Nerád
,
K. Adamkovičová
, and
E. Mikšíková
Vol.
52
,
6
The Slope Calculation of Tangent Line to the Liquidus Curve at Dystectic Melting Point of a Compound A
q
B
r
in a Phase Diagram of an A—A
q
B
r
System
1
–
4
I. Nerád
,
J. Strečko
,
I. Proks
,
K. Adamkovičová
, and
L. Kosa
Vol.
49
,
1
Determination of the Dissociation Degree and Dissociation Enthalpy in a Melt of a Compound AB with the Dystectic Melting Point Application to the Compounds Na
3
FS0
4
and K
3
FS0
4
5
–
12
I. Proks
,
J. Strečko
,
I. Nerád
,
K. Adamkovičová
, and
L. Kosa
Vol.
49
,
1
Determination of Molar Gibbs Energies and Entropies of Mixing of Melts in Binary Subsystems of the System CaO • Si0
2
—2CaO • Al
2
0
3
• Si0
2
—CaO • Al
2
0
3
• 2Si02. 1. Theoretical Part. 2CaO • Al
2
0
3
• Si02—CaO • Al
2
0
3
• 2Si0
2
System
3
–
7
I. Proks
,
J. Strečko
,
L. Kosa
,
I. Nerád
, and
K. Adamkovičová
Vol.
47
,
1
Determination of Molar Gibbs Energies and Entropies of Mixing of Melts in Binary Subsystems of the System CaO • Si02—2CaO • Al
2
0
3
• Si0
2
—CaO • Al
2
0
3
• 2Si0
2
. 2. The System CaO • Si0
2
—CaO • Al
2
0
3
• 2Si0
8
–
10
L. Kosa
,
I. Nerád
,
K. Adamkovičová
,
J. Strečko
, and
I. Proks
Vol.
47
,
1
Determination of Molar Gibbs Energies and Entropies of Mixing of Melts in Binary Subsystems of the System CaO • Si0
2
—2CaO • Al
2
0
3
• Si0
2
—CaO • Al
2
0
3
• 2Si0
2
. 3. The System CaO • Si0
2
—2CaO • Al
2
0
3
• Si0
2
11
–
13
J. Strečko
,
I. Nerád
,
L. Kosa
,
K. Adamkovičová
, and
I. Proks
Vol.
47
,
1
Determination of equilibrium quantities of the systems formed by thermal-decomposition according to the reaction A(cond) reversibleB(cond) + C(g). 2. Divariant equilibrium states at thermal dehydration of CaC
2
O
4
. H
2
O
721
–
730
I. Nerád
,
I. Proks
, and
S. Šaušová
Vol.
45
,
6
Preparation of 3CaO.Aal
2
O
3
and 12CaO.7Al
2
O
3
by a precursor method
723
–
729
I. Nerád
Vol.
41
,
6
Determination of the heat of fusion of 2CaO.Al
2
O
3
.SIO
2
(gehlenite)
171
–
181
O. Žigo
,
K. Adamkovičová
,
L. Kosa
,
I. Nerád
, and
I. Proks
Vol.
41
,
2
Determination of equilibrium quantities of the systems formed by thermal-decomposition according to the reaction A,cond = B,cond +C,g .1. Experimental equipment
3
–
11
I. Nerád
and
I. Proks
Vol.
41
,
1
Monday, December 02, 2024
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2.1
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