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中国物理学会期刊

微米手性晶粒凝胶玻璃的制备及其消偏振效应

CSTR: 32037.14.aps.53.891

Study on fabrication of sol-gel glass containing chiral micro-crystal and its depolarization

CSTR: 32037.14.aps.53.891
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  • 采用干法粉碎法将具有手性特征的块体水晶粉碎成粒径为70μm的手性晶粒,利用溶胶-凝胶法,将粒径为70μm的手性晶粒均匀地撒入凝胶基质中,制成厚度为4mm的含微米手性晶粒的凝胶玻璃,发现其表现出了消偏振效应.而将微米手性晶粒替换成同样尺寸粒径的玻璃粉体,以同样方法制成的相同厚度的含微米玻璃粉体的凝胶玻璃却表现出线偏振保持的性能.分析了此现象发生的原因.

     

    By dry crush way, the bulk chiral crystal was smashed to chiral micro-crystal which particle size was 70μm. The chiral micro-crystal was disseminated homogeneously in the gel by sol-gel process. So sol-gel glass containing chiral micro-crystal which thickness was 4 mm has been manufactured successfully. It was found that sol-gel glass containing chiral micro-crystal displayed its depolarization effect. We replaced the chiral micro crystal by glass powder which particle size was also 70 μm, and manufactured the sol-gel glass containing glass powder by the same way. It was found that the sol-gel glass containing glass powder displayed its polarization-held characteristic. The cause was analyzed.

     

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