Single femtosecond exposure recording of an image hologram by spectral hole burning in an unstable tautomer of a phthalocyanine derivative

Aleksander Rebane; Mikhail Drobizhev; Christophe Sigel

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Single femtosecond exposure recording of an image hologram by spectral hole burning in an unstable tautomer of a phthalocyanine derivative

机译：在不稳定的酞菁衍生物互变异构体中通过光谱孔燃烧对图像全息图进行单飞秒曝光记录

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摘要

We demonstrate, for what we believe is the first time, recording of a femtosecond image hologram by illumination with a single pair of high-intensity femtosecond pulses in a broad inhomogeneous bandwidth spectral hole-burning material consisting of a polymer film doped with anthraceno-phthalocyanine dye molecules. High efficiency of spectral hole burning is achieved by preillumination of the sample at a low temperature to convert the dye molecules into an unstable tautomer form.

机译：我们证明了我们第一次相信是通过在宽的非均匀带宽光谱空穴燃烧材料中用一对高强度飞秒脉冲照明来记录飞秒图像全息图，该材料由掺杂有蒽环-酞菁的聚合物膜组成染料分子。通过在低温下对样品进行预照明将染料分子转化为不稳定的互变异构体形式，可以实现光谱孔燃烧的高效率。

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《Optics Letters》 |2000年第22期|共3页
作者
Aleksander Rebane; Mikhail Drobizhev; Christophe Sigel;
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正文语种 eng
中图分类光学;
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1. Single femtosecond exposure recording of an image hologram by spectral hole burning in an unstable tautomer of a phthalocyanine derivative [J] . Aleksander Rebane, Mikhail Drobizhev, Christophe Sigel Optics Letters . 2000,第22期

机译：在不稳定的酞菁衍生物互变异构体中通过光谱孔燃烧对图像全息图进行单飞秒曝光记录
2. Femtosecond recording of holograms and hologram-like structures in volume recording media [J] . D A Dementev, V O Kompanets, Yu A Matveets, Quantum electronics . 2001,第9期

机译：飞秒在体积记录介质中记录全息图和类似全息图的结构
3. Femtosecond recording of holograms and hologram-like structures in bulk recording media [J] . Dementev D. A., Kompanets V. O., Matveets Yu. A., Квантовая электроника: Ежемес. журн. . 2001,第9期

机译：在大容量记录介质中飞秒记录全息图和类似全息图的结构
4. Wavelength-multiplexed holograms by persistent spectral hole burning [C] . Eiji Yagyu, Mitsubishi Electric Corp., Amagasaki, Practical Holography XI and Holographic Materials III . 1997

机译：通过持久光谱空穴燃烧的波分复用全息图
5. Spatial-spectral processing for imaging systems: Multibeam RF imaging and radar systems using spectral hole burning materials. [D] . Braker, Benjamin M. 2008

机译：成像系统的空间光谱处理：使用光谱孔燃烧材料的多束RF成像和雷达系统。
6. Zinc Phthalocyanine Photochemistry by Raman Imaging Fluorescence Spectroscopy and Femtosecond Spectroscopy in Normal and Cancerous Human Colon Tissues and Single Cells [O] . Beata Brozek-Pluska, Arkadiusz Jarota, Rafal Kania, 2020

机译：拉曼成像荧光光谱和飞秒光谱法在正常和癌性人类结肠组织和单细胞中锌酞菁光化学
7. Spectral hole burning on silicon phthalocyanines isolated in an argon matrix [O] . Braun Dieter, Ceulemans Arnout, Dick Bernhard, 1994

机译：在氩气基质中分离的硅酞菁上的光谱孔燃烧
8. Ultrafast Holographic Image Recording by Single Shot Femtosecond Spectral Hole Burning [R] . Rebane, A. 2001

机译：单次飞秒光谱孔燃烧超快全息图像记录

Single femtosecond exposure recording of an image hologram by spectral hole burning in an unstable tautomer of a phthalocyanine derivative

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