论文标题
纳米结构的超声声化处理的生存能力：铝 - 晶体生长和聚（乙烯基吡咯烷酮）的案例研究
Viability of Ultrasonic Sonochemical processing for nanostructures: Case study of Aluminum-crystal growth and Poly (vinylpyrrolidone)-graphitization
论文作者
论文摘要
在提供空气稳定的金属Al Rich-PVP复合材料的背景下，研究了超声波检查的生存能力。研究的参数为； Sono-（1）工艺强化，（2）结晶，（3）聚集和（4）碎片化。 N-HEXADECANE的常规溶剂被用作Sonotrode产生的压力传输培养基以进行上述实验。选择了两个前体，（1）聚（乙烯基吡咯烷酮）（PVP）和（2）氯化铝（ALCL3）以评估和证明超声诱导的加工的生存能力。 RT的温度控制调查和更高的温度有助于实现； （a）PVP图形化和（b）al-Crystal生长现象。当前的实验有助于隔离和确定实际机械性事件。因此，该研究具有缩短加工效率的制造方案，无天然无氧化物，无金属富含空气稳定的产品，可为燃料应用提供10 g复合产品。
The viability of ultrasonic sonochemistry is investigated in the context of delivering air-stable metallic Al rich-PVP composite. The parameters investigated are; sono-(1) process intensification, (2) crystallization, (3) agglomeration, and (4) fragmentation, respectively. The conventional solvent of n-hexadecane is employed as the sonotrode generated pressure transmitting medium to carry out the above experiments. Two precursors, (1) Poly (vinylpyrrolidone) (PVP) and (2) Aluminum chloride (AlCl3) are chosen to evaluate and demonstrate the viability of the ultrasonic induced processing. Temperature controlled investigations at RT and higher temperature help in achieving; (a) PVP-graphitization, and (b) Al-crystal growth phenomenon, respectively. The current experiments aid in helping to isolate and identify actual mechanistic happenings. The investigation, thus, has a fabrication protocol of shortened processing-duration, native amorphous oxide-free, metal-rich air-stable product that leads to 10 g of composite product for fuel applications.
