1) vortex glass
涡旋玻璃
1.
Recently,the well-known vortex glass theory of the freezing of disordered vortex matter has been severely questioned by some new experiments.
近来,关于无序涡旋物质凝聚体的著名的涡旋玻璃理论受到了来自某些新实验的严重质疑。
2) vortex glass transition
涡旋玻璃相变
1.
Universal scaling relations of the Hall resistivity and Hall angle near the vortex glass transition and the unified Hall resistivity equation
高温超导体霍尔电阻和霍尔角在涡旋玻璃相变附近的普适标度律及统一霍尔电阻方程
3) spin-glass
自旋玻璃
1.
Charge order phase and reentrant spin-glass behavior in half doped Sm_(0.5)Ca_(0.5)MnO_3 manganite;
半掺杂Sm_(0.5)Ca_(0.5)MnO_3体系的电荷有序和再入型自旋玻璃行为
2.
This paper reviews the new progress in the residual entropy of glass systems and the entropy -freezing in spin-glass systems and proposes a new explanations of the existence of residual en tropy.
本文综述了有关一般玻璃系统零点剩余熵研究的新进展，同时介绍了自旋玻璃系统的熵冻结问题。
3.
With the temperature decreasing,the system undergoes a transition from paramagnetic(PM) to ferromagnetic(FM) and further to spin-glass(SG).
随温度的降低样品表现出从顺磁(PM)到铁磁(FM)及自旋玻璃态(SG)等复杂的磁相变行为。
4) spin glass
自旋玻璃
1.
Nonequilibrium properties of Sherrington-Kirkpatric spin glass model
Sherrington-Kirkpatric自旋玻璃模型的非平衡态性质
2.
Characteristic spin glass state occurred near the 225K which is due to the competition between the ferromagnetic and antiferromagnetic properties.
此材料呈现出一种典型的自旋玻璃特性,在T=225K发生自旋冻结。
3.
Quantum Sherrington Kirkpatrick (SK) spin glass model is investigated with the help of the static replica symmetric spin glass theory.
研究了量子Ｓｈｅｒｒｉｎｇｔｏｎ－Ｋｉｒｋｐａｔｒｉｃｋ自旋玻璃模型。
5) glass spiral
玻璃旋体
1.
The New Planetarium of Beijing is composed of five-storey RC structure, steel structure glass curtain wall and lighting roofing, U-shaped glass passage and 4 symbolizing glass spirals, a building with complicated shape and large space variation.
北京天文馆新馆由5层钢筋混凝土结构、钢结构玻璃幕墙及采光顶、马鞍形玻璃通道和4个各具象征意义的玻璃旋体组合而成,空间变化大,形体复杂,在设计和施工中解决了许多关键技术问题,尤其是异形钢结构和不规则双曲玻璃加工制作及特殊节点外观等难题。
6) glass cock
玻璃旋塞
补充资料：变色玻璃(见光色玻璃)
变色玻璃(见光色玻璃)
photochromic glass
变色玻璃曲otoehromi。glass在萦外尤联，光二中的蓝紫光辐照下，能够在可见光区域产生光吸收而着色，去除辐照后又可逆地回复其原始状态的一种玻璃jm业洛沽该、
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条