Key Engineering Materials
Vol. 430
Vol. 430
Key Engineering Materials
Vols. 428-429
Vols. 428-429
Key Engineering Materials
Vols. 426-427
Vols. 426-427
Key Engineering Materials
Vol. 425
Vol. 425
Key Engineering Materials
Vol. 424
Vol. 424
Key Engineering Materials
Vol. 423
Vol. 423
Key Engineering Materials
Vols. 421-422
Vols. 421-422
Key Engineering Materials
Vols. 419-420
Vols. 419-420
Key Engineering Materials
Vols. 417-418
Vols. 417-418
Key Engineering Materials
Vol. 416
Vol. 416
Key Engineering Materials
Vol. 415
Vol. 415
Key Engineering Materials
Vols. 413-414
Vols. 413-414
Key Engineering Materials
Vol. 412
Vol. 412
Key Engineering Materials Vols. 421-422
Paper Title Page
Abstract: Ag and Ni spherical fine powders were continuously produced by carrying out an aerosol process in a mass nanopowder production apparatus. The particles size, particle morphology, crystal phases and crystallinity of the as-prepared powders were characterized by a scanning electron microscope (SEM) and X-ray diffraction (XRD). The particles were nonaggregated and they exhibited a spherical morphology with a narrow size distribution. The average sizes of Ag and Ni particles were 500 nm and 700 nm, respectively. The crystallinity of the as-prepared powders was high. The XRD patterns showed that the crystal phases of the as-prepared powders were the same as those of their respective metals.
558