Luo Yi

TL;DR: In this paper, a mutual inductance sensor for monitoring metal abrasive particles in oil liquid on-line is presented, consisting of an exciting coil and an inducting coil, where an oil path through which the oil liquid can pass is arranged in the center of a framework made of a magnetic inert material.

TL;DR: In this article, an aluminum alloy with an army-green micro-arc oxidation ceramic membrane on the surface, and a preparation method of the aluminum alloy was revealed. But the preparation method was not discussed.

TL;DR: In this article, a method for the preparation of a composite ceramic layer with antibacterial properties is presented. But the method comprises the following steps of: carrying out microarc oxidation by using a constant-current and constant-voltage manner, and performing ion plating after a necessary ultrasonic cleaning process flow, thus realizing the formation of a dense plating by using nano rare-earth metal oxide or a compound on the surface of a microarc oxidized workpiece through the combination of microarc oxide technology and an ion-plating technology, further improving toughness, hardness,

TL;DR: In this paper, a light metal and silver-base-loaded antibacterial layer and a preparation method of the preparation method is characterized by comprising of the following steps: conducting micro-arc oxidization on cleaned light metal, and processing the light metal for 40-70min under room temperature, thus obtaining a micro arc oxidization ceramic layer with certain thickness; cleaning and drying the metal, pre-processing the metal by sensitization and activation, then putting the metal into a blended electroless plating solution for chemical silver plating, processing the metal for 30-60min under

TL;DR: In this paper, an aluminum alloy with an army green micro-arc oxidation ceramic membrane on the surface is used for solving the technical problem that the ceramic membrane treated by a light metal microarc oxidation technology mostly is ash grey, white, black and the like in the prior art.