1) hyperquantization
['haipə(:),kwɔnti'zeiʃən]
超量子化
2) quantized Borcherds superalgebra
量子化Borcherds超代数
1.
In this paper,the quantized Borcherds superalgebras in finite set I are discussed(denoted by U).
讨论了有限集I上的量子化Borcherds超代数(记为U),通过构造U上的一些Hopf自同构,刻画了U的Hopf超代数自同构群结构,U的Hopf超代数自同构群是对角自同构群和Dynkin图自同构群的半直积。
3) superconducting quantum
超导量子
1.
Then the theory of SQUID (superconducting quantum interference device) and its application in superconducting gyroscope are given.
介绍了约瑟夫逊结原理及其制作方法,在此基础上对超导量子干涉仪测量磁场的基本原理作了阐述,同时就其在超导陀螺仪中的实际应用方面作了实例说明。
4) over quantization
超量化
1.
According to the high-speed development of electronic technology,the adjust circuit of analog signal can be accomplished by the over quantization input signal and using DSP for gain and offset.
随着电子技术的飞速发展,模拟信号的调整电路可以通过超量化输入信号,并且利用DSP调整增益和偏置的方法来实现。
6) hyperon polarization
超子极化
1.
By analyzing different hyperon decay processes,we derive the general formula for the decay contributions of heavier hyperons to hyperon production rates and final-state hyperon polarizations.
在分析不同情形超子衰变的基础上,给出超子衰变对超子产生率和末态超子极化的贡献的一般计算公式。
2.
Since the polarization of J~p = 1/2~+ hy-peron can be easily determined be measuring the angular distribution of its weak decay-products, the measurement of hyperon polarization becomes an important aspect of high energy polarized experiment.
由于弱衰变的J~P=1/2~+超子的极化可以比较方便地通过其衰变产物的角分布来确定，对超子极化的研究成为高能极化实验的一个重要内容。
3.
Since the polarization of final-state hyperon can be measured easily through the angular distribution of its decay products in experiment, hyperon polarization is of the significance in many issues of the high energy spin physics, the study of hyperon polarization in high energy reactions has became one important aspect of spin physics.
由于末态超子的极化实验上能很方便的利用其衰变产物的角分布来测量;超子极化在高能自旋物理的不同课题的研究中都有重要作用,超子极化己成为自旋物理中的一个重要研究方向。
补充资料：单量子阱(见量子阱)
单量子阱(见量子阱)
single quantum well
单且子阱sillgle quantum well见量子阱。
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