O433.1 2002010080用光腔衰荡测定腔镜及镜片的反射率=Reflectivitymeasurement of cavity mirrors and reflective mir-rors by cavity ringdown spectroscopy[刊,中]/赵宏太,柳晓军,王谨,曹俊文,赵志。
Polarization dependent time-resolved infrared （TRIR） spectroscopy has proven to be a useful technique to study the structural dynamics in a photochemical process. The angular information of transient species is obta...Polarization dependent time-resolved infrared （TRIR） spectroscopy has proven to be a useful technique to study the structural dynamics in a photochemical process. The angular information of transient species is obtainable in this measurement, which makes it a valuable technique for the investigation of electron distribution, molecular structure, and conformational dynamics. In this review, we briefly introduce the principles and applications of polarization dependent TRIR spectroscopy. We mainly focused on the following topics： （i） an overview of TRIR spectroscopy, （ii） principles of TRIR spectroscopy and its advantages compared to the other ultrafast techniques, （iii） examples that use polarization dependent TRIR spectroscopy to probe a variety of cheinical and dynamical phenomena including protein conformational dynamics, excited state electron localization, and photoisomerization, （iv） the limitations and prospects of TRIR spectroscopy.展开更多
0118290聚乙烯基咔唑对稀土络合物发光特性的影响[刊]/董金凤//光电子·激光.—2001,12（5）.—480～483（E）0118291混合氧化物电致变色器件[刊]/林永钟//光电子·激光.—2001,12（5）.—457～460（E）0118292Ga<sub>x&l...0118290聚乙烯基咔唑对稀土络合物发光特性的影响[刊]/董金凤//光电子·激光.—2001,12（5）.—480～483（E）0118291混合氧化物电致变色器件[刊]/林永钟//光电子·激光.—2001,12（5）.—457～460（E）0118292Ga<sub>x</sub>In<sub>1-x</sub>As<sub>y</sub>Sb<sub>1-y</sub>材料的光学常数[刊]/梁帮立//功能材料与器件学报.—2001,17（2）.—183～186（E）报导了用红外椭圆偏振光谱测定的不同组分Ga<sub>x</sub>In<sub>1-x</sub>As<sub>y</sub>Sb<sub>1-y</sub>材料室温光学常数（n 和α）,并且实验观察到明显的折射率增强效应,发现组分在 x=0.2～0.3之间折射率峰值随组分 x 近似于线性变化。展开更多
文摘O433.1 2002010080用光腔衰荡测定腔镜及镜片的反射率=Reflectivitymeasurement of cavity mirrors and reflective mir-rors by cavity ringdown spectroscopy[刊,中]/赵宏太,柳晓军,王谨,曹俊文,赵志。
文摘Polarization dependent time-resolved infrared （TRIR） spectroscopy has proven to be a useful technique to study the structural dynamics in a photochemical process. The angular information of transient species is obtainable in this measurement, which makes it a valuable technique for the investigation of electron distribution, molecular structure, and conformational dynamics. In this review, we briefly introduce the principles and applications of polarization dependent TRIR spectroscopy. We mainly focused on the following topics： （i） an overview of TRIR spectroscopy, （ii） principles of TRIR spectroscopy and its advantages compared to the other ultrafast techniques, （iii） examples that use polarization dependent TRIR spectroscopy to probe a variety of cheinical and dynamical phenomena including protein conformational dynamics, excited state electron localization, and photoisomerization, （iv） the limitations and prospects of TRIR spectroscopy.
文摘0118290聚乙烯基咔唑对稀土络合物发光特性的影响[刊]/董金凤//光电子·激光.—2001,12（5）.—480～483（E）0118291混合氧化物电致变色器件[刊]/林永钟//光电子·激光.—2001,12（5）.—457～460（E）0118292Ga<sub>x</sub>In<sub>1-x</sub>As<sub>y</sub>Sb<sub>1-y</sub>材料的光学常数[刊]/梁帮立//功能材料与器件学报.—2001,17（2）.—183～186（E）报导了用红外椭圆偏振光谱测定的不同组分Ga<sub>x</sub>In<sub>1-x</sub>As<sub>y</sub>Sb<sub>1-y</sub>材料室温光学常数（n 和α）,并且实验观察到明显的折射率增强效应,发现组分在 x=0.2～0.3之间折射率峰值随组分 x 近似于线性变化。
