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高压效应    
相关语句
  high pressure effects
    Optical Property and High Pressure Effects of PPV and Nano Oxide
    共轭聚合物PPV及稀土纳米氧化物的光学性能及高压效应
短句来源
    In Chapter One, we present a brief introduction to historic development and research methods in high pressure study as well as a review on the recent progress in the study of high pressure effects.
    在第一章中,简要介绍了高压研究的内容和历史以及研究方法; 回顾了几种高压效应以及高压研究方面的进展。
短句来源
  high pressure effects
    Optical Property and High Pressure Effects of PPV and Nano Oxide
    共轭聚合物PPV及稀土纳米氧化物的光学性能及高压效应
短句来源
    In Chapter One, we present a brief introduction to historic development and research methods in high pressure study as well as a review on the recent progress in the study of high pressure effects.
    在第一章中,简要介绍了高压研究的内容和历史以及研究方法; 回顾了几种高压效应以及高压研究方面的进展。
短句来源
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  high pressure effects
High pressure effects on marine invertebrates and fishes
      
High pressure effects on the endothermic association of tobacco mosaic virus protein
      
We have studied high pressure effects on heavy fermion antiferromagnets CeAl2 and CeCuAl3 by NMR up to 15kbar.
      
Reversibility of high pressure effects on the contractility of skeletal muscle
      
However, little is known about the reversibility of high pressure effects on intact cells.
      
更多          
  high pressure effects
High pressure effects on marine invertebrates and fishes
      
High pressure effects on the endothermic association of tobacco mosaic virus protein
      
We have studied high pressure effects on heavy fermion antiferromagnets CeAl2 and CeCuAl3 by NMR up to 15kbar.
      
Reversibility of high pressure effects on the contractility of skeletal muscle
      
However, little is known about the reversibility of high pressure effects on intact cells.
      
更多          
  high-pressure effects
High-pressure effects on the crystal and magnetic structure of the Nd0.78Ba0.22CoO3 cobaltite
      
Oxygen-deficiency and high-pressure effects on the magnetic and crystal structures of La0.7Sr0.3MnO3-d managanites
      
The causes of the formation of different types of the magnetic structure in La0.7Sr0.3MnO3-d (d = 0.15 and 0.20) and different high-pressure effects on the magnetic structure of stoichiometric and anion-deficient manganites are analyzed.
      
High-pressure effects on the crystal and magnetic structure of managanites
      
Nuetron diffraction studies of high-pressure effects on the crystal and magnetic structure of A1-xAx'MnO3 manganites (A = Pr, La; A' = Sr, Ca, Na) are reviewed.
      
更多          
  high-pressure effects
High-pressure effects on the crystal and magnetic structure of the Nd0.78Ba0.22CoO3 cobaltite
      
Oxygen-deficiency and high-pressure effects on the magnetic and crystal structures of La0.7Sr0.3MnO3-d managanites
      
The causes of the formation of different types of the magnetic structure in La0.7Sr0.3MnO3-d (d = 0.15 and 0.20) and different high-pressure effects on the magnetic structure of stoichiometric and anion-deficient manganites are analyzed.
      
High-pressure effects on the crystal and magnetic structure of managanites
      
Nuetron diffraction studies of high-pressure effects on the crystal and magnetic structure of A1-xAx'MnO3 manganites (A = Pr, La; A' = Sr, Ca, Na) are reviewed.
      
更多          


High pressure is an important method to search new superconductors and study the superconducting mechanism. At ambient temperature, the superconducting transition temperature of T1-1223 phase single crystal and the crystal mixed by T1-1223 and T1-1212 phase were 102K and 114K respectively. The high pressure study performed with quasihydrostatic pressure technique showed that T1-1223 phase single crystal whose pressure effect dTc/dP was 2.5K/GPa had a TC maximum value 116K at the pressure of 6.4GPa, the...

High pressure is an important method to search new superconductors and study the superconducting mechanism. At ambient temperature, the superconducting transition temperature of T1-1223 phase single crystal and the crystal mixed by T1-1223 and T1-1212 phase were 102K and 114K respectively. The high pressure study performed with quasihydrostatic pressure technique showed that T1-1223 phase single crystal whose pressure effect dTc/dP was 2.5K/GPa had a TC maximum value 116K at the pressure of 6.4GPa, the mixture phase sample of T1-1223 and T1-1212 with dTc/dP=2.0K/GPa had a TC maximum value 121K at the pressue of 5.3GPa. The higher superconducting transition temperature of these two samples was connected with their structures.

高压研究对于提高超导转变温度和探索高温超导机制是一种非常重要的手段。环境压力下T1-1223相单晶样品和T1-1223相和T1-1212相交生样品的抗磁起始转变温度分别为102K和116K。高压研究表明T1-1223相单晶样品的压力系数为dTc/dP=2.5K/GPa,当压力达6.4GPa时,TC达到最大值116K,比环境压力下升高了14K。T1-1223相和T1-1212相交生样品的压力系数为dTc/dP=2.0K/GPa,当压力达5.3GPa时,TC达到最大值121K。结合高温超导体的结构特点分析了高压效应

Laser induced photoluminescence of carbon nitride films was measured under high pressures up to 24GPa and after thermal treatment at different temperatures.The experimental results show that both effects of thermal treatment and high pressure induce the decrease of photoluminescence strength,but the former is non recoverable while the later recoverable after release of pressure to ambient atmosphere.The two kinds of quenching of photoluminescence are attributed to different mechanism.Our results supply a further...

Laser induced photoluminescence of carbon nitride films was measured under high pressures up to 24GPa and after thermal treatment at different temperatures.The experimental results show that both effects of thermal treatment and high pressure induce the decrease of photoluminescence strength,but the former is non recoverable while the later recoverable after release of pressure to ambient atmosphere.The two kinds of quenching of photoluminescence are attributed to different mechanism.Our results supply a further experimental evidence to support the active PL center model of the undistorted aromatic sp 2 cluster with various size and embedded in sp 3 bond matrix.

应用激光激发荧光光谱实验对经热处理后及高压条件下的氮碳薄膜荧光光谱进行了测量分析。实验显示,热处理效应和高压效应均导致薄膜荧光效率降低,前者表现为不可恢复,后者为可恢复即卸压后荧光效率的恢复,表明导致荧光光谱效率降低的微观机制不同,为氮碳薄膜荧光模型提供了新的实验证据。

 
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