Therefore, in this paper, it was prepared by wet milling using a circulation mill.
The algorithm works for three-axis milling, using a ball-end mill cutter.
In order to obtain very fine and homogenous samples, the resulting powders were subjected to high-energy ball milling using a planetary mill for 1 h.
To do so, a comparison is made between milling using a spherical end milling cutter and a torus end milling cutter with the same outer radius.
Composites comprising sulfur, acetylene black, and a Li3.25Ge0.25P0.75S4 solid electrolyte are fabricated by planetary ball milling using a temperature-controlled system.
The cathode materials consisting of sulfur and CuS were synthesized by mechanical milling, using a mixture of sulfur and copper crystals with several different molar ratios.
Samples were obtained by mechanical milling using a high-energy SPEX mill (Spex Industries, Inc., Metuchen, NJ, USA) for 1, 8, and 24 h on a polymer jar with yttrium-stabilized zirconia balls.
The samples were analyzed by HR-TEM (after mechanical polishing and final Ar ion milling) using a Jeol 2010F energy-filtered transmission microscope (EF-TEM), operating at 200 kV and equipped with a Gatan image filtering apparatus.
Traditionally, this step in wet milling used a significant amount of water.
Thereafter a second vacuum drying was applied, followed by crushing and milling using a Fritsch-Pulverisette 14 (Fritsch, Ider-Oberstein, DE) mill with a gentle flow of liquid nitrogen.
