Determination of liquidus temperature in Sn–Ti–Zr alloys by viscosity, electrical conductivity and XRD measurements
Y Plevachuk, S Mudry, V Sklyarchuk… - International journal of …, 2009 - degruyter.com
International journal of materials research, 2009•degruyter.com
Abstract The Sn–Ti–Zr system is an important subsystem for Cu based active brazing filler
metals. Experimental results on this system, however, are rather scarce. The diagram is
rather uncertain regarding most of the liquidus, especially on the Sn rich side. In this work,
the atomic structure and temperature dependence of structure-sensitive physical properties
(dynamic viscosity and electrical conductivity) of liquid Sn–Ti–Zr alloys in the Sn-rich corner
were investigated in a wide temperature range with special attention to the melting …
metals. Experimental results on this system, however, are rather scarce. The diagram is
rather uncertain regarding most of the liquidus, especially on the Sn rich side. In this work,
the atomic structure and temperature dependence of structure-sensitive physical properties
(dynamic viscosity and electrical conductivity) of liquid Sn–Ti–Zr alloys in the Sn-rich corner
were investigated in a wide temperature range with special attention to the melting …
Abstract
The Sn – Ti – Zr system is an important subsystem for Cu based active brazing filler metals. Experimental results on this system, however, are rather scarce. The diagram is rather uncertain regarding most of the liquidus, especially on the Sn rich side. In this work, the atomic structure and temperature dependence of structure-sensitive physical properties (dynamic viscosity and electrical conductivity) of liquid Sn – Ti – Zr alloys in the Sn-rich corner were investigated in a wide temperature range with special attention to the melting – solidification region. The results allowed the liquidus line position to be specified.
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