相場方法的思想來源可以追溯到Lord Rayleigh、Josiah Willard Gibbs 和 Van der Waals的研究。從那時起,它就成為了一種模擬和預測介觀尺度形態和微觀結構演變現象的強有力方法。這些現像在許多領域中都會產生,如生物學、材料科學、圖像處理、多相流體力學、化學和石油工程等…

相場方法的思想來源可以追溯到Lord Rayleigh、Josiah Willard Gibbs 和 Van der Waals的研究。從那時起,它就成為了一種模擬和預測介觀尺度形態和微觀結構演變現象的強有力方法。這些現像在許多領域中都會產生,如生物學、材料科學、圖像處理、多相流體力學、化學和石油工程等…

相场方法的思想来源可以追溯到Lord Rayleigh、Josiah Willard Gibbs 和 Van der Waals的研究。从那时起,它就成为了一种模拟和预测介观尺度形态和微观结构演变现象的强有力方法。这些现象在许多领域中都会产生,如生物学、材料科学、图像处理、多相流体力学、化学和石油工程等。科学家们设计出各种各样的相场模型,用于描述相分离和相变的过程…

Globalisation is a major trend in world development. With the popularisation of the Internet, communication technology has developed rapidly and encouraged spread of knowledge and exchange of ideas. Knowledge and scientific research are also going globalised. From basic scientific research to the development of innovative technology, there are rapid proliferation of cross-region and cross-discipline collaboration…

In Astronomy, conjunction refers to the observation that two astronomical objects are very close in the sky when observed from a specific object such as Earth. When a conjunction occurs, the locations of the two objects have either the same right ascension or the same ecliptic longitude as observed from Earth…