同素异形体纳米碳对高能金属配合物对相干激光辐射敏感性的影响

Mikhail A. Ilyushin, Sergey M. Putis, Dmitry V. Fadeev, Andrey S. Mazur, Sergey A. Dushenok, Irina V. Shugalei, Georgy G. Savenkov
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引用次数: 0

摘要

本文介绍了将纳米碳材料引入样品中,增加光敏能量饱和金属配合物对相干激光辐射影响的敏感性的例子。提出了纳米碳添加剂对配合物着火阈值影响协同作用的可能机理
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INFLUENCE OF ALLOTROPIC NANOSIZED FORMS OF CARBON ON THE SUSCEPTIBILITY OF ENERGETIC METAL COMPLEXES TO COHERENT LASER RADIATION
The review describes examples of increasing the susceptibility of photosensitive energy-saturated metal complexes to the effects of coherent laser radiation when nanocarbon materials are introduced into samples. Possible mechanisms of the synergistic effect of the influence of nanocarbon additives on the ignition thresholds of the complexes are proposed
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ON "NEW" CLASSIFICATION CRITERIA FOR RADIOACTIVE WASTE CHEMICAL VAPOR DEPOSITION OF PYROCARBON COATINGS ON POWDERS IN A FLUIDIZED BED. I. APPARATUS, FLUIDIZATION CHEMICAL REACTOR TEMPERATURE CONDITIONS TO PROVIDE LIQUID-PHASE PROCESSES IN BED INFLUENCE OF THE CHEMISTRY OF THE FOAMING COMPOSITION ON THERMAL AND MECHANICAL PROPERTIES OF THE FORMING POLYIMIDE FOAM INFLUENCE OF ALLOTROPIC NANOSIZED FORMS OF CARBON ON THE SUSCEPTIBILITY OF ENERGETIC METAL COMPLEXES TO COHERENT LASER RADIATION
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