Results 301 to 310 of about 1,844,634 (338)
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2003
Publisher Summary This chapter focuses on fluid phase equilibria and their relation to hydrate formation. Phase diagrams are useful for both the theoretical discussion of gas hydrates and for engineering design. Some general observations about phases are useful for developing phase diagrams.
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Publisher Summary This chapter focuses on fluid phase equilibria and their relation to hydrate formation. Phase diagrams are useful for both the theoretical discussion of gas hydrates and for engineering design. Some general observations about phases are useful for developing phase diagrams.
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Phase Coexistence in a Dynamic Phase Diagram
ChemPhysChem, 2015AbstractMetastability and phase coexistence are important concepts in colloidal science. Typically, the phase diagram of colloidal systems is considered at the equilibrium without the presence of an external field. However, several studies have reported phase transition under mechanical deformation.
Kell Mortensen +7 more
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International Materials Reviews, 1985
AbstractFrom the thermodynamic basis for phase equilibria, various types of phase diagram are developed and their characteristics described. The following types of diagram are distinguished: state diagram, property diagram, potential phase diagram, molar phase diagram, and phase diagrams with a mixture of variables.
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AbstractFrom the thermodynamic basis for phase equilibria, various types of phase diagram are developed and their characteristics described. The following types of diagram are distinguished: state diagram, property diagram, potential phase diagram, molar phase diagram, and phase diagrams with a mixture of variables.
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Metastable phases and phase diagrams
La Metallurgia Italiana, 2004-
BARICCO, Marcello +4 more
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2012
In this chapter, we turn to the phase structure of strongly interacting matter as a function of finite baryon density. We first discuss the different limiting forms for mesonic and baryonic matter, and elaborate the resulting phase pattern. Next, we consider the possible phase structure at low temperature and high baryon density, where deconfinement ...
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In this chapter, we turn to the phase structure of strongly interacting matter as a function of finite baryon density. We first discuss the different limiting forms for mesonic and baryonic matter, and elaborate the resulting phase pattern. Next, we consider the possible phase structure at low temperature and high baryon density, where deconfinement ...
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2013
The van der Waals theory assumes a molecular structure of matter, where matter means gases or liquids.
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The van der Waals theory assumes a molecular structure of matter, where matter means gases or liquids.
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Phase transitions in 2D materials
Nature Reviews Materials, 2021Wenbin Li, Xiaofeng Qian, Ju Li
exaly
Planning for post‐pandemic cancer care delivery: Recovery or opportunity for redesign?
Ca-A Cancer Journal for Clinicians, 2021Pelin Cinar +2 more
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Two-dimensional diamonds from sp2-to-sp3 phase transitions
Nature Reviews Materials, 2022Francesco Lavini +2 more
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Vapour-phase deposition of two-dimensional layered chalcogenides
Nature Reviews Materials, 2023Jiangtao Wang, Peng Wu, Jing Kong
exaly