transport mechanical parts, mechanical arms assemble them and robots spray paint them. The result is a finished product. In the unmanned digital factory of Siasun Robot and Automation in Huzhou, east China＇s Zhejiang...transport mechanical parts, mechanical arms assemble them and robots spray paint them. The result is a finished product. In the unmanned digital factory of Siasun Robot and Automation in Huzhou, east China＇s Zhejiang Province all these production processes are executed by robots. ＂Robotic production is five to 10 times more efficient than manual operation.＂ said Ha Enjing, head of Siasun＇s Brand Promotion and Public Relations Department.展开更多
A simple method for the magnetic modification of various types of powdered agglomerate forming dia- magnetic materials was developed. Magnetic iron oxide particles were prepared from ferrous sulfate by microwave assis...A simple method for the magnetic modification of various types of powdered agglomerate forming dia- magnetic materials was developed. Magnetic iron oxide particles were prepared from ferrous sulfate by microwave assisted synthesis. A suspension of the magnetic particles in water soluble organic solvent （methanol, ethanol, propanol, isopropyl alcohol, or acetone） was mixed with the material to be modified and then completely dried at elevated temperature. The magnetically modified materials were found to be stable in water suspension at least for 2 months.展开更多
文摘transport mechanical parts, mechanical arms assemble them and robots spray paint them. The result is a finished product. In the unmanned digital factory of Siasun Robot and Automation in Huzhou, east China＇s Zhejiang Province all these production processes are executed by robots. ＂Robotic production is five to 10 times more efficient than manual operation.＂ said Ha Enjing, head of Siasun＇s Brand Promotion and Public Relations Department.
文摘A simple method for the magnetic modification of various types of powdered agglomerate forming dia- magnetic materials was developed. Magnetic iron oxide particles were prepared from ferrous sulfate by microwave assisted synthesis. A suspension of the magnetic particles in water soluble organic solvent （methanol, ethanol, propanol, isopropyl alcohol, or acetone） was mixed with the material to be modified and then completely dried at elevated temperature. The magnetically modified materials were found to be stable in water suspension at least for 2 months.
