1) xenon ester
氙酯
2) xenon
[英]['zi:nɑn] [美]['zinɑn]
氙
1.
Research of simulation dendritic growth of xenon by phase field method;
相场方法模拟氙枝晶生长研究
2.
Optimization of Condensing Conditions for Microxenon at Low Temperature;
微量氙低温分凝条件的优化
3.
Studies on the Structure of Several Activated Carbon Fibers and their Xenon Adsorption Properties;
几种活性碳纤维的结构及其吸氙性能研究
3) xenon lamp
氙灯
1.
Application of PS as Reference Material in Xenon Lamp Aging Test;
聚苯乙烯作为参考材料在氙灯老化试验中的应用
2.
To evaluate the aging behavior of acrylic polyurethane coating/carbon steel system,an artificial accelerated aging test was carried out with the aid of a xenon lamp.
以氙灯为光源,对丙烯酸聚氨酯涂层/碳钢体系进行人工加速老化实验,用傅里叶变换红外光谱仪(FTIR)、光学显微镜和光泽仪对老化的涂层进行分析表征,用盐雾实验测试涂层老化后的防腐性能,初步探讨了光辐射对涂层保护性能的影响。
3.
Summarizes the techniques of the light sources,such as halogen lamp and xenon lamp,etc.
本文就医学领域中常用的卤钨灯、氙灯等光源的原理、应用作了详细的对比分析。
4) Xenon
[英]['zi:nɑn] [美]['zinɑn]
氙气
1.
How to grasp the Xenon-CT examination correctly;
如何正确掌握好氙气CT的检查方法
2.
Experimental Study of Soft X-Ray Radiation in the Interaction of Circularly Polarized Femtosecond-Laser-Pulse with Low Pressure Xenon;
圆偏振飞秒激光脉冲与低压氙气体靶相互作用软X射线辐射实验研究
3.
The xenon adsorption on different based activated carbon fibers(ACFs) and activated carbon fiber modified was studied.
研究了不同基体的活性炭纤维对氙气的吸附性能,同时对活性炭纤维结构修饰后的性能进行研究。
5) flashlamp
氙灯
1.
Based on the gas discharge theory the simulation model of high energy pulse flashlamp was obtained and the methods of design discharge circuit were discussed.
根据气体放电相关理论建立高功率脉冲氙灯仿真模型,阐述了放电回路设计的基本原理,采用建立的模型通过计算机对TIL及NIF装置进行仿真,给出了放电回路的仿真结果,与装置运行实际数据比较发现仿真模型及过程可靠,为高功率激光装置的电子计算机辅助设计和分析提供了一种新途径。
2.
The characteristic of pulse xenon flashlamp envelope,which made of cerium doped quartz glass,was studied experimentaIly under high input power,and the experimental results were analysed.
实验研究了脉冲氙灯在高负载条件下掺铈石英玻璃管壁的特性,并对实验结果进行了分析。
6) Xenon
[英]['zi:nɑn] [美]['zinɑn]
氙光
1.
Analysis of the efficacy of low frequency Xenon therapy for 500 patients with acute and chronic pain in the neck,shoulder,lumbar and back region;
低频氙光治疗颈肩腰背部急慢性疼痛500例疗效分析
补充资料：氙酸盐和高氙酸盐
氙酸盐的化学通式为MHXeO4(M为Na、K、Rb、Cs)。为一种固体粉末，比三氧化氙稳定，但受到机械振动即爆炸。由三氧化氙溶液与碱金属氢氧化物严格按 1:1的量混合，经冷冻和干燥制得：
高氙酸盐的化学通式为M4XeO6。碱金属、碱土金属和许多重金属、稀土金属均可生成高氙酸盐。大多数固体高氙酸盐稳定,是极强的氧化剂。例如，Na4XeO6可以定量地氧化各种物质。高氙酸盐可由氙酸盐在碱性介质中经歧化反应得到：
高氙酸盐的化学通式为M4XeO6。碱金属、碱土金属和许多重金属、稀土金属均可生成高氙酸盐。大多数固体高氙酸盐稳定,是极强的氧化剂。例如，Na4XeO6可以定量地氧化各种物质。高氙酸盐可由氙酸盐在碱性介质中经歧化反应得到：
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