与此同时，在晶化时诱发了两种不同的从金红石晶格到阴离子缺陷的萤石晶格的拓扑转变。
Moreover, two distinct topotactic structural transitions from the rutile lattice to the anion-deficient fluorite lattice are triggered in the melt when crystallization begins.
这种晶格振动的异常行为，是超导转变的前驱效应。
Such anomalous behavior is thought to be a precursor effect of superconductivity.
在高温高压下，六方晶格的石墨转变为立方晶格的金刚石。
Under the high temperature and high pressure, the hexagonal graphite crystals can change into the tetragonal diamond crystals.
纳米结构涂层经过盐腐蚀或高温腐蚀后纳米晶粒明显长大，并出现微小的晶格变化及相转变现象。
After salt and high temperature corrosion, the growth of Nanostructure crystalline size and phase transformation are observed.
同时，在模拟过程中，观察到了弯曲诱发扭转的现象，并揭示出扭转变形的内在起因是曲率诱导的晶格错配。
Notably, a twisting mode arising from curvature-induced lattice mismatch emerges with the rippling in the bent nanotubes.
结果表明，声子的量子化能量、纳米颗粒的晶格点阵热容和纳米颗粒的超导转变温度均与声子的量子尺寸、状态量子数及时间量子数有关。
It was shown that the quantized phonon energy, the nano-particles' crystal lattice specific heat and superconductivity transition temperature all related to the phonon'…
结果表明，声子的量子化能量、纳米颗粒的晶格点阵热容和纳米颗粒的超导转变温度均与声子的量子尺寸、状态量子数及时间量子数有关。
It was shown that the quantized phonon energy, the nano-particles' crystal lattice specific heat and superconductivity transition temperature all related to the phonon'…
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