spin glass
英 [spɪn ɡlɑːs]
美 [spɪn ɡlæs]
网络 自旋玻璃; 自旋玻璃态; 自旋玻璃体; 旋转透镜
双语例句
- AC magnetic susceptibility of the Nd_60Al_10Fe_20Co_10 alloys was measured, and it is found that the spin is frozen at about 18 K in the glassy alloy while there is no spin glass state in the crystallized alloy.
交流磁化率测量表明Nd60Al10Fe20Co10BMG中存在自旋玻璃的冻结，冻结温度在18K左右，而相应的晶态的样品中却没有； - Monte Carlo simulation of a new so ( 3) spin glass model on the 2-dimensional random lattices
二维SpinGlass系统&随机格点SO（3）自旋模型的MonteCarlo模拟 - Quantum transport equation for spin glass systems
自旋玻璃系统的量子输运方程 - Reentrant behaviour of spin glass and the magnetic phase diagram of a spinel system co_xzn_1-x ( fe_y-cr_1-v)_2o_4
自旋玻璃的重入行为及CoxZn（1-x）（FeyCr（1-y））2O4尖晶石系统的磁相图 - It is a spin glass model based on statistic physics, which makes survey for specific problems, so as to greatly reduce the complexity of solving.
它基于统计物理的SpinGlass模型，针对具体问题进行纵览（survey），从而极大地降低求解的复杂度。 - Order, disorder and chaos; A spin glass system may have many configurations of the same ground-state energy.
一个无序自旋玻璃系统可能有许许多多能量最小态或基态构型。 - A new spin glass model defined on the N × N 2-dimensional random lattice with the SO ( 3) spin variables is proposed, and.
本文提出了一种定义在二维随机格点上的SpinGlass模型&具有±JOFrustration效应的SO（3）自旋系统。 - Study on the Ground States of Spin Glass
自旋玻璃基态问题研究 - Three-dimensional quantum spin glass theory(ⅲ) ── replica symmetry breaking solution
三维量子自旋玻璃理论（Ⅲ）&replica对称破缺解 - Microwave magnetic resonance in reentrant spin glass spinel co_xzn_ ( 1-x)( fe_ycr_1-y)_2o_4
重入自旋玻璃尖晶石系统CoxZn（1-x）（FeyCr（1-y））2O4中的微波磁共振 - Almeida-Thouless ( AT) Instability in Quantum Heisenberg Spin Glass
量子海森堡自旋玻璃的Almeida-Thouless不稳定性 - Through the interaction of the elements, the reduction of mobility and formation of impurities has been avoided. Ga, Al co-doped ZnO films were successfully synthesized by the sol-gel method using spin coating technique on the glass.
同时借助几种元素的相互作用，避免迁移率的降低以及杂质的生成。采用溶胶-凝胶法（sol-gel）在普通载玻片上旋涂制备出Al、Ga共掺杂ZnO透明导电薄膜（GAZO）。 - The hysteretic optimization ( HO) is an algorithm based on physics and was originally proposed by G. Zarand et al for spin glass model in 2002.
HO算法是一种基于物理的优化算法，最早是由G.Zarand等人于2002年针对旋转玻璃模型所提出的。 - With the appearance of FM phase and spin glass like phase on the surface of nanoparticles, surface phase separation and the exchange bias effect were found in the samples.
在样品中观察到了表面相分离现象，纳米颗粒表面出现了铁磁相和类自旋玻璃相，且体系中存在明显的交换偏置现象。