The intensity of auroral electrojet in summer is greater than that in winter around AZS.

南极中山站夏季的极光电集流度大于冬季的极光电集流。

Energy transfer mechanism is a big topic on opto-electrophysics, especially in conjugated conducting polymers.

能量传递的机制一直是光电物理里面重要的一个课题，尤其是对共轭导电高分而言更是如此。

Purple Membrane fragments in planar Bilayer Lipid Membrane (BLM) can produce different photopotential signals with different ionic strengthes in the media.

嵌入紫膜碎片的BLM系统在不同度的介质中产生不同的光电位信。

The semiconductor laser arrays are applied almost in all photoelectronics fields, and becoming an important technique in optoelectronics science at present.

半导体激光器阵列的应用已基本整个光电领域,成为当今光电科学的重要技术。

The photoemissions are showed after dichroitic azo dyes doping with liquid crystal,such as widening angle of view, improving light in display and so on.

与液晶掺杂后这类染料表现出许多良好的光电特性,如具有宽液晶显示的视角、增加显示亮度等。

With a systematic study on the effects of ionophores and ion channel on the photopotential signals, this paper verified ike nonproton ion translocation in Purple Membrane.

本文通过在介质中加入载体或通道剂对紫膜的光电响应信进行系统的研究。结果表明:上述光电位信的差异主要是由紫膜的非质的迁移引起的。

The white light comes from exciplex emission at the solid-state interface between (dppy)BF and NPB in addition to the exiton emission from NPB and (dppy)BF respectively.

激基复合物发光通常波长较长且半峰宽较宽，因此利用激基复合物发光是制备有机白光电发光器件的有效方法。

The intensity of auroral electrojet in summer is greater than that in winter around AZS.

南极中山站夏季极电集流强度大于冬季极电集流。

Energy transfer mechanism is a big topic on opto-electrophysics, especially in conjugated conducting polymers.

能量传递机制一直是电面重要一个课题，尤其是对共轭导电高分子而言更是如此。

Purple Membrane fragments in planar Bilayer Lipid Membrane (BLM) can produce different photopotential signals with different ionic strengthes in the media.

嵌入紫膜碎片BLM系统在不同离子强度介质中产生不同电位信。

The semiconductor laser arrays are applied almost in all photoelectronics fields, and becoming an important technique in optoelectronics science at present.

半导体激器阵列应用已基本覆盖了整个电子领域,成为当今电子科学重要技术。

The photoemissions are showed after dichroitic azo dyes doping with liquid crystal,such as widening angle of view, improving light in display and so on.

与液晶掺杂后这类染料表现出许多良电特性,如具有宽液晶显示视角、增加显示亮度等。

With a systematic study on the effects of ionophores and ion channel on the photopotential signals, this paper verified ike nonproton ion translocation in Purple Membrane.

本文通过在介质中加入离子载体或离子通道剂对紫膜电响应信进行了系统研究。结果表明:上述电位信差异主要是由紫膜非质子离子迁移引起。

The white light comes from exciplex emission at the solid-state interface between (dppy)BF and NPB in addition to the exiton emission from NPB and (dppy)BF respectively.

激基复合发通常波长较长且半峰宽较宽，因此利用激基复合发是制备有机白电发器件有效方法。

The intensity of auroral electrojet in summer is greater than that in winter around AZS.

南极中山站夏季的极光电集流强度大于冬季的极光电集流。

Energy transfer mechanism is a big topic on opto-electrophysics, especially in conjugated conducting polymers.

能量传递的机制一直是光电物理里面重要的一个课题，尤其是对共轭电高分子而言更是如此。

Purple Membrane fragments in planar Bilayer Lipid Membrane (BLM) can produce different photopotential signals with different ionic strengthes in the media.

嵌入紫膜碎片的BLM系统在不同离子强度的介质中产生不同的光电。

The semiconductor laser arrays are applied almost in all photoelectronics fields, and becoming an important technique in optoelectronics science at present.

体激光器阵列的应用已基本覆盖了整个光电子领域,成为当今光电子科学的重要技术。

The photoemissions are showed after dichroitic azo dyes doping with liquid crystal,such as widening angle of view, improving light in display and so on.

与液晶掺杂后这类染料表现出许多良好的光电特性,如具有宽液晶显示的视角、增加显示亮度等。

With a systematic study on the effects of ionophores and ion channel on the photopotential signals, this paper verified ike nonproton ion translocation in Purple Membrane.

本文通过在介质中加入离子载体或离子通道剂对紫膜的光电响应进行了系统的研究。结果表明:上述光电的差异主要是由紫膜的非质子离子的迁移引起的。

The white light comes from exciplex emission at the solid-state interface between (dppy)BF and NPB in addition to the exiton emission from NPB and (dppy)BF respectively.

激基复合物发光通常波长较长且峰宽较宽，因此利用激基复合物发光是制备有机白光电发光器件的有效方法。

The intensity of auroral electrojet in summer is greater than that in winter around AZS.

南极中山站夏季的极电集流强度大于冬季的极电集流。

Energy transfer mechanism is a big topic on opto-electrophysics, especially in conjugated conducting polymers.

能量传递的机制一直是电物理里面重要的一课题，尤其是对共轭导电高分子而言更是如此。

Purple Membrane fragments in planar Bilayer Lipid Membrane (BLM) can produce different photopotential signals with different ionic strengthes in the media.

嵌入紫膜碎片的BLM系统离子强度的介质中产生的电位信。

The semiconductor laser arrays are applied almost in all photoelectronics fields, and becoming an important technique in optoelectronics science at present.

半导体激器阵列的应用已基本覆盖了电子领域,成为当今电子科学的重要技术。

The photoemissions are showed after dichroitic azo dyes doping with liquid crystal,such as widening angle of view, improving light in display and so on.

与液晶掺杂后这类染料表现出许多良好的电特性,如具有宽液晶显示的视角、增加显示亮度等。

With a systematic study on the effects of ionophores and ion channel on the photopotential signals, this paper verified ike nonproton ion translocation in Purple Membrane.

本文通过介质中加入离子载体或离子通道剂对紫膜的电响应信进行了系统的研究。结果表明:上述电位信的差异主要是由紫膜的非质子离子的迁移引起的。

The white light comes from exciplex emission at the solid-state interface between (dppy)BF and NPB in addition to the exiton emission from NPB and (dppy)BF respectively.

激基复合物发通常波长较长且半峰宽较宽，因此利用激基复合物发是制备有机白电发器件的有效方法。

The intensity of auroral electrojet in summer is greater than that in winter around AZS.

南极中山站夏季的极光电集流强度大于冬季的极光电集流。

Energy transfer mechanism is a big topic on opto-electrophysics, especially in conjugated conducting polymers.

能量传递的机制一直是光电物理里的一个课题，尤其是对共轭导电高分子而言更是如此。

Purple Membrane fragments in planar Bilayer Lipid Membrane (BLM) can produce different photopotential signals with different ionic strengthes in the media.

嵌入紫膜碎片的BLM系统在不同离子强度的介质中产生不同的光电位信。

The semiconductor laser arrays are applied almost in all photoelectronics fields, and becoming an important technique in optoelectronics science at present.

半导体激光器阵列的应用已基本覆盖了整个光电子领域,成为当今光电子科学的技术。

The photoemissions are showed after dichroitic azo dyes doping with liquid crystal,such as widening angle of view, improving light in display and so on.

与液晶掺杂后这类染料表现出好的光电特性,如具有宽液晶显示的视角、增加显示亮度等。

With a systematic study on the effects of ionophores and ion channel on the photopotential signals, this paper verified ike nonproton ion translocation in Purple Membrane.

本文通过在介质中加入离子载体或离子通道剂对紫膜的光电响应信进行了系统的研究。结果表明:上述光电位信的差异主是由紫膜的非质子离子的迁移引起的。

The white light comes from exciplex emission at the solid-state interface between (dppy)BF and NPB in addition to the exiton emission from NPB and (dppy)BF respectively.

激基复合物发光通常波长较长且半峰宽较宽，因此利用激基复合物发光是制备有机白光电发光器件的有效方法。

The intensity of auroral electrojet in summer is greater than that in winter around AZS.

南山站夏季的集流强度大于冬季的集流。

Energy transfer mechanism is a big topic on opto-electrophysics, especially in conjugated conducting polymers.

能量传递的机制一直是物理里面重要的一个课题，尤其是对共轭导高分子而言更是如此。

Purple Membrane fragments in planar Bilayer Lipid Membrane (BLM) can produce different photopotential signals with different ionic strengthes in the media.

嵌入紫膜碎片的BLM系统在不同离子强度的产生不同的位信。

The semiconductor laser arrays are applied almost in all photoelectronics fields, and becoming an important technique in optoelectronics science at present.

半导体激器阵列的应用已基本覆盖了整个子领域,成为当今子科学的重要技术。

The photoemissions are showed after dichroitic azo dyes doping with liquid crystal,such as widening angle of view, improving light in display and so on.

与液晶掺杂后这类染料表现出许多良好的特性,如具有宽液晶显示的视角、增加显示亮度等。

With a systematic study on the effects of ionophores and ion channel on the photopotential signals, this paper verified ike nonproton ion translocation in Purple Membrane.

本文通过在加入离子载体或离子通道剂对紫膜的响应信进行了系统的研究。结果表明:上述位信的差异主要是由紫膜的非子离子的迁移引起的。

The white light comes from exciplex emission at the solid-state interface between (dppy)BF and NPB in addition to the exiton emission from NPB and (dppy)BF respectively.

激基复合物发通常波长较长且半峰宽较宽，因此利用激基复合物发是制备有机白发器件的有效方法。

The intensity of auroral electrojet in summer is greater than that in winter around AZS.

南极中山站夏季的极光电集流强度大于冬季的极光电集流。

Energy transfer mechanism is a big topic on opto-electrophysics, especially in conjugated conducting polymers.

能量传递的机制一直是光电物理里面重要的一个，其是对共轭导电高分子而言更是如此。

Purple Membrane fragments in planar Bilayer Lipid Membrane (BLM) can produce different photopotential signals with different ionic strengthes in the media.

嵌入紫膜碎片的BLM系统在不同离子强度的介质中产生不同的光电位信。

The semiconductor laser arrays are applied almost in all photoelectronics fields, and becoming an important technique in optoelectronics science at present.

半导体激光器阵列的应用已基本覆盖了整个光电子领域,成为当今光电子科学的重要技术。

The photoemissions are showed after dichroitic azo dyes doping with liquid crystal,such as widening angle of view, improving light in display and so on.

与液晶掺杂后这表现出许多良好的光电特性,如具有宽液晶显示的视角、增加显示亮度等。

With a systematic study on the effects of ionophores and ion channel on the photopotential signals, this paper verified ike nonproton ion translocation in Purple Membrane.

本文通过在介质中加入离子载体或离子通道剂对紫膜的光电响应信进行了系统的研究。结果表明:上述光电位信的差异主要是由紫膜的非质子离子的迁移引起的。

The white light comes from exciplex emission at the solid-state interface between (dppy)BF and NPB in addition to the exiton emission from NPB and (dppy)BF respectively.

激基复合物发光通常波长较长且半峰宽较宽，因此利用激基复合物发光是制备有机白光电发光器件的有效方法。

The intensity of auroral electrojet in summer is greater than that in winter around AZS.

南极中山站夏季的极集流强度大于冬季的极集流。

Energy transfer mechanism is a big topic on opto-electrophysics, especially in conjugated conducting polymers.

能量传递的机制一直是物理里面重要的一课题，尤其是对共轭导高分子而言更是如此。

Purple Membrane fragments in planar Bilayer Lipid Membrane (BLM) can produce different photopotential signals with different ionic strengthes in the media.

嵌入紫膜碎片的BLM系同离子强度的介质中产生同的位信。

The semiconductor laser arrays are applied almost in all photoelectronics fields, and becoming an important technique in optoelectronics science at present.

半导体激器阵列的应用已基本覆盖了整子领域,成为当今子科学的重要技术。

The photoemissions are showed after dichroitic azo dyes doping with liquid crystal,such as widening angle of view, improving light in display and so on.

与液晶掺杂后这类染料表现出许多良好的特性,如具有宽液晶显示的视角、增加显示亮度等。

With a systematic study on the effects of ionophores and ion channel on the photopotential signals, this paper verified ike nonproton ion translocation in Purple Membrane.

本文通过介质中加入离子载体或离子通道剂对紫膜的响应信进行了系的研究。结果表明:上述位信的差异主要是由紫膜的非质子离子的迁移引起的。

The white light comes from exciplex emission at the solid-state interface between (dppy)BF and NPB in addition to the exiton emission from NPB and (dppy)BF respectively.

激基复合物发通常波长较长且半峰宽较宽，因此利用激基复合物发是制备有机白发器件的有效方法。

The intensity of auroral electrojet in summer is greater than that in winter around AZS.

南极中山站夏季极光电集流强大于冬季极光电集流。

Energy transfer mechanism is a big topic on opto-electrophysics, especially in conjugated conducting polymers.

能量传递机制一直是光电物理里面重要一个课题，尤其是对共轭导电高分子而言更是如此。

Purple Membrane fragments in planar Bilayer Lipid Membrane (BLM) can produce different photopotential signals with different ionic strengthes in the media.

嵌入紫膜碎片BLM系统在不同离子强质中产生不同光电位信。

The semiconductor laser arrays are applied almost in all photoelectronics fields, and becoming an important technique in optoelectronics science at present.

半导体激光器阵列应用覆盖了整个光电子领域,成为当今光电子科学重要技术。

The photoemissions are showed after dichroitic azo dyes doping with liquid crystal,such as widening angle of view, improving light in display and so on.

与液晶掺杂后这类染料表现出许多良好光电特性,如具有宽液晶显示视角、增加显示亮等。

With a systematic study on the effects of ionophores and ion channel on the photopotential signals, this paper verified ike nonproton ion translocation in Purple Membrane.

文通过在质中加入离子载体或离子通道剂对紫膜光电响应信进行了系统研究。结果表明:上述光电位信差异主要是由紫膜非质子离子迁移引起。

The white light comes from exciplex emission at the solid-state interface between (dppy)BF and NPB in addition to the exiton emission from NPB and (dppy)BF respectively.

激复合物发光通常波长较长且半峰宽较宽，因此利用激复合物发光是制备有机白光电发光器件有效方法。