BACKGROUND

Wellbores drilled into subterranean formations may enable recovery of desirable fluids (e.g., hydrocarbons) using any number of different techniques. Currently, drilling operations may identify subterranean formations through a bottom hole assembly in vertical and/or horizontal wellbores. Additionally, properties of subterranean formations, borehole, wellbore, and/or the like may also be identified using any suitable technique. One technique for identifying properties of a subterranean formations, borehole, wellbore, and/or the like may be performed using ultrasonic operations. The ability to produce high resolution images in oil-based mud may be beneficial in determining properties of a subterranean formations, borehole, wellbore, and/or the like. Ultrasonic imaging in oil-based mud may be challenging because ultrasonic waves are highly attenuative in mud. In addition, tool eccentricity, tool position, and the irregular shape of the borehole make it even harder to provide a high-quality image. This may prevent an operator from determining properties of a subterranean formations, borehole, wellbore, and/or the like in oil-based mud using ultrasonic imaging.

