1) ISS RealSecure
ISS Real Secure
2) information system supervision capability maturity model
ISS-CMM
1.
Research on information system supervision capability maturity model;
论文提出ISS-CMM模型,初步划分为5个等级:初始级、重用级、定义级、控制级和优化级;并提出每一等级组成元素,包括:关键过程、目标和关键活动,并初步给出关键过程、目标和关键活动的定义。
3) Real-time PCR
Real-timePCR
1.
The cell tropism and latency sites of duck plague virus(DPV) were investigated by real-time PCR in experimental infections.
为研究鸭瘟病毒的组织细胞嗜性及其潜伏部位,采用real-timePCR技术对人工感染后病毒的组织器官分布进行了动态定量分析。
2.
Methods The expressions of Nanog in primary tumor tissue and their matching adjacent non-cancerous tissue from 62 GC patients were examined by reverse transcription-PCR(RT-PCR)and real-time PCR.
方法用RT-PCR和Real-timePCR检测62例胃癌患者癌组织和癌旁组织中Nanog的表达。
4) "safe" and "secure"
safe和secure
1.
This is a corpus-based research on the differences between the adjectives "safe" and "secure" by comparison and analysis of the data and examples from the different corpus bases.
基于语料库中的相关数据,对形容词safe和secure的语义差异进行对比和分析。
5) Andrew Secure RPC protocol
Andrew Secure RPC协议
1.
In the paper,Andrew Secure RPC protocol is firstly analyzed by BAN logic,then it is analyzed by model checking on the base.
先用BAN逻辑对Andrew Secure RPC协议进行分析,并在此基础上组合模型检验方法进行分析,结果表明逻辑方法组合模型检验方法分析协议比只用逻辑方法分析得到的结果更全面且更具体。
2.
A methodology is presented by using strand spaces to analyze the Andrew secure RPC protocol,and some security bug is discovered.
首先介绍了当前安全协议形式化验证的前沿方向串空间理论,并运用串空间模型对改进后的Andrew secure RPC协议进行了形式化分析与验证,然后指出了安全缺陷。
3.
A methodology is presented by using strand spaces to analyze the Andrew secure RPC protocol, and some security bug is discovered.
首先介绍了当前安全协议形式化验证的前沿方向串空间理论,并运用串空间模型对改进后的Andrew secure RPC协议的机密性进行了形式化分析与验证。
6) injury severity score
ISS评分
1.
Methods 120 cases traumatism were tested the level of blood-glucose after injury, and measured the injury severity score,based on the blood-glucose instance, all cases were divided into four groups,normal group(3.
方法选择120例创伤患者,于伤后来诊时即刻取样检测血糖水平,并给创伤严重度评分(ISS评分),根据血糖情况分为正常组(3。
补充资料：ISS
分子式：
CAS号：
性质：又称ISS。用惰性气体离子束轰击固体表面，并在固定的散射角度上分析散射离子的能量分布得到的能谱。由此可了解表面原子的质量、原子数目或化学成分等。
CAS号：
性质：又称ISS。用惰性气体离子束轰击固体表面，并在固定的散射角度上分析散射离子的能量分布得到的能谱。由此可了解表面原子的质量、原子数目或化学成分等。
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