1) Multiply Charged Ion (MCI)
多重离化态离子
2) Highly ionized heavy ions
高离化态重离子
3) ion triplet
离子三重态
4) ionquadrupiet
离子四重态
5) Multi-state discretization
多态离散化
1.
In this paper, key generation algorithm was put forward to safely transform dynamic handwritten signature to biometric key based on F-Tablet, which used Fourier transform to extract feature and multi-state discretization algorithm to generate stable key.
基于F-Tablet手写平台提出动态手写签名密钥生成方案,采用傅里叶变换提取特征,使用多态离散化算法生成稳定密钥,实现从动态手写签名到加密密钥的安全转换,并通过实验分析密钥生成方案的认证性能和安全性能。
6) Highly ionized atoms
高离化态离子
1.
Highly ionized atoms have several properties that differ from those of neutral and few times ionized atoms.
高离化态离子核外电子数远小于核电荷数Z,故其性质不同于中性或低离化态的离子。
补充资料:重离
1.《易.离》:"明两作离,大人以继明照于四方。"孔颖达疏:"明两作离者,离为日,日为明。"《离》卦为离上离下相重,故以"重离"指太阳。 2.古以帝王喻日,因本《易.离》之义,以"重离"指帝王或太子。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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