【摘 要】
:
High pressure techniques provide a unique opportunity for the creation of new materials with unexpected structures and compositions.
【机 构】
:
Center for High Pressure Science and Technology Advanced Research,Beijing 100094,China
【出 处】
:
第26届国际高压科学技术大会、第8届亚洲高压科技学术会议暨第19届中国高压科学技术会议(The 26th Interna
论文部分内容阅读
High pressure techniques provide a unique opportunity for the creation of new materials with unexpected structures and compositions.
其他文献
报警优先级能在特定的工艺条件对操作者传达危害严重性,由于过程变量受到外界的随机干扰,具有时变的状态转移概率,为了实时预测的过程变量的危害程度,提出了幅值裕度指标和时间裕度两项风险量化指标。利用粒子滤波方法估计动态Markov 过程模型,实时更新模型中的状态转移矩阵,来预测未来时刻报警风险状态转移概率,建立起综合报警系统危害性评定模型,实时反应状态量的变化,给报警系统优先级评估提供了一个新的定量化分
Recent DAC experiments have reached into the 500 GPa,or higher,pressure region.Although ruby fluorescence might be extended into this region,ruby has a number of challenges.
Establishing the accurate ultra-high pressure scale is of great importance for the community for meaningful comparison of the results that are often obtained in different experimental settings(e.g.,dy
The Raman spectra of compressed hydrogen(deuterium)have been measured in the multi-Mbar pressure range in the diamond anvil cell using the position of the stressed first-order Raman diamond edge(DE)to
Pressure calibration in static compression experiments has been usually undertaken on the basis of the equation of state(EOS)of pressure-scale materials such as Au,Pt,MgO,etc.
Measurements at low temperature are a standard part of the characterization of newly discovered materials.Due to their technical difficulty,measurements under high pressure conditions are not nearly a
Clathrate hydrates(CHs)are crystalline inclusion compounds in which water forms a host with polyhedral cages that enclose guest molecules M.The cages can accommodate small guest molecules,e.g.
The coupling of the advanced diamond-anvil cell and synchrotron radiation techniques has led to numerous breakthroughs in high-pressure science over the past several decades.
In recent several years,some state-of-the-art techniques of quasi-isentropic compression experiments(ICEs)were developed and established to research the properties of materials under extreme condition
Plastic Deformation at the Nanoscale: Understanding the plastic deformation of nanocrystalline materials is a longstanding challenge [1,2].