【摘要】 双相高熵合金融合了两种单相高熵合金的优点，能够实现出色的强度和韧性的结合，即使在高温、低温等极端环境下也表现出良好的应用潜力。双相高熵合金的设计通常是基于具有优良韧性的单一FCC相合金，通过调整合金成分和引入第二相结构来提高性能，这在实现合金强度和延展性的平衡方面具有明显的优势，这预示着它们具有更广泛的应用潜力。通过对合金的成分进行精心设计，我们能够更有效地制备出综合性能卓越的双相高熵合金。在确保合金的强度与延展性达到平衡的过程中，它们展现出了明显的优越性，这也意味着它们拥有更为广大的应用前景。遵循高熵合金相形成的标准，通过对合金成分的精心设计，我们能够更有效地制备出综合性能卓越的双相高熵合金。更多还原

【Abstract】 Dual phase high-entropy alloys combine the advantages of both single-phase high-entropy alloys, enabling an excellent balance of strength and ductility, even exhibiting promising application potential in extreme environments such as high and low temperatures. Their design typically begins with a single FCC phase alloy with superior toughness, followed by adjustments to the alloy composition and introduction of secondary phase structures to enhance performance. This approach offers a clear advantage in achieving a balance between strength and elongation, suggesting broader applicability. By meticulously tailoring the alloy composition, we can more effectively prepare biphasic high-entropy alloys with superior overall properties. Their superiority in maintaining the balance between strength and ductility indicates greater potential for widespread applications. Following the standard for high-entropy alloy phase formation, careful composition design enables the efficient preparation of biphasic high-entropy alloys with exceptional combined performance.更多还原