Materials Engineering, National Academy of Engineering (NAE)
Abstract
A device is described for studying thermodynamic and surface characteristics of metals as well as for differential thermal analysis of materials. A promise its shown is application for a multiple examination of high-temperature capillarity in a number of technological processes involving the formation or contribution of a liquid phase.
Ostrovskaya, L. Y. (1997). The Study of Thermodynamic Surface and Contact Characteristics by a New Method of Simultaneous Thermooptical Analysis (TECHNICAL NOTES).. International Journal of Engineering, 10(1), 55-59.
MLA
L. Y. Ostrovskaya. "The Study of Thermodynamic Surface and Contact Characteristics by a New Method of Simultaneous Thermooptical Analysis (TECHNICAL NOTES).". International Journal of Engineering, 10, 1, 1997, 55-59.
HARVARD
Ostrovskaya, L. Y. (1997). 'The Study of Thermodynamic Surface and Contact Characteristics by a New Method of Simultaneous Thermooptical Analysis (TECHNICAL NOTES).', International Journal of Engineering, 10(1), pp. 55-59.
VANCOUVER
Ostrovskaya, L. Y. The Study of Thermodynamic Surface and Contact Characteristics by a New Method of Simultaneous Thermooptical Analysis (TECHNICAL NOTES).. International Journal of Engineering, 1997; 10(1): 55-59.
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