Soldering is not commonly used for joining ceramics due to the high temperatures required and the lack of suitable solders.

Ionic bonding is the primary mechanism responsible for bonding in ceramic adhesives, as it involves the attraction between positively and negatively charged ions.

Color is not an important factor in selecting an adhesive for ceramic bonding, as it does not affect the bond strength or performance.

Diffusion bonding offers high bond strength, does not require adhesives, and can be performed at relatively low temperatures.

Cyanoacrylate adhesives are not commonly used for ceramic bonding due to their low strength and poor resistance to moisture.

Surface preparation before ceramic bonding serves to remove contaminants, increase surface roughness, and improve wettability, all of which contribute to a stronger bond.

Sandblasting is not commonly used for activating ceramic surfaces prior to bonding, as it can introduce defects and weaken the bond.

Brazing is particularly useful for joining dissimilar materials, such as ceramics and metals, which cannot be joined by other methods.

Titanium-zirconium alloys are not commonly used as brazing filler metals for ceramic bonding due to their high melting point and poor wetting characteristics.

Bonding in ceramic-filled adhesives is primarily achieved through mechanical interlocking between the ceramic particles and the adhesive matrix.

Silicone-based adhesives are not commonly used as ceramic-filled adhesives due to their low strength and poor adhesion to ceramics.

Glass ionomer cements offer high bond strength, low solubility in water, and chemical bonding to ceramics, making them a suitable choice for ceramic bonding.

Compomer cements are not a type of glass ionomer cement, but rather a hybrid material combining glass ionomer and composite resin.

Adhesive bonding offers the advantage of low processing temperature, making it suitable for joining ceramics that are sensitive to heat.

Ceramic-filled adhesives are not commonly used for bonding ceramics to metals, as they are not effective in bonding dissimilar materials.