Process for the flotation without a stirrer with a low degree of hidrofobização and device for implementing the process.

• 1. 在唯一的一个多功能旋转反应器中实施合成齐格勒型催化固体或这类催化固体的固体组分的方法、以及可使用的磁驱动搅拌器，特别是在这种反应器中可使用的磁驱动搅拌器 [P] . 中国专利： CN1054424A . 1991-09-11
• 2. 搅拌器、具备该搅拌器的处理装置、该搅拌器的制造方法 [P] . 中国专利： CN113279043A . 2021-08-20
• 3. method for determining, by means of electrical, variations in the degree of moisture, and the unit mass of a material, and device for implementing this process. [P] . 瑞士专利： CH267719A . 1950-04-15

  机译： 电气确定水分含量和单位质量变化的方法，以及实施该过程的装置。

• 4. method for determining the degree of roughness of a surface and device for implementing this process. [P] . 瑞士专利： CH258621A . 1948-12-15

  机译： 确定表面粗糙度的方法和实施该过程的装置。

• 5. process for the manufacture of pipes without welding above 200 mm in diameter and device for implementing the process. [P] . IT1215782B . 1990-02-22

  机译： 直径不超过200毫米的不焊接管道的制造方法和实施该方法的装置。

• 1. Use of froth characteristics in modelling the flotation process. part II: model for intermediate and coarse zinc particles [C] . H. Kuopanportti, H. Roikola, T. Suorsa IFAC Workshop on Future Trends in Automation in Mineral and Metal Processing . 2001
• 2. Processing and characterization of 6H-silicon carbide and 4H-silicon carbide electronic devices for high-temperature (500 degrees C) operation. [D] . Casady, Jeffrey Blaine. 1996
• 3. Low temperature below 200 °C solution processed tunable flash memory device without tunneling and blocking layer [O] . Sandip Mondal, V. Venkataraman -1
• 4. Study on removal of feldspar from amakusa pottery stone by flotation. (2nd Report). Continuous flotation of amakusa pottery stone and kinetics of the process. [O] . Satoshi NISHIMURA, Hideharu HIROSUE, Osamu ISHIBASHI, 1989
• 5. Investigation of low-speed aileron control characteristics at a Reynolds number of 6,800,000 of a wing with leading edge swept back 42 degrees with and without high-lift devices [R] . Bollech, Thomas V, Pratt, George L 1949