Opal-based

Relating to, containing, or primarily composed of opal, a hydrated amorphous form of silica (silicon dioxide). This term describes anything where opal is the core material, dominant component, or fundamental element influencing its properties. This can refer to aesthetic characteristics such as iridescence and play-of-color or structural elements derived from or designed around opal's unique qualities. It implies a reliance on opal's inherent characteristics for function, appearance, or composition, ranging from synthetic creations mimicking natural opal to advanced materials utilizing its structure.

Opal-based meaning with examples

• The intricate, 'opal-based' jewelry showcased a breathtaking play-of-color, achieved through meticulously crafted synthetic opal cabochons. Each stone's internal structure created a stunning visual effect. The pendant's design carefully emphasized the opal's brilliance, showcasing the core element in its glory. This intricate work was highly sought after in the market due to its striking aesthetic value.
• Researchers developed an 'opal-based' optical sensor that exploited the light-scattering properties of colloidal opal to detect trace gases. The sensor's sensitivity depended on the precise arrangement of the opal spheres, which interacted with light differently. The potential applications extended to environmental monitoring and medical diagnostics and was a breakthrough. A unique design was implemented in this sensor.
• The 'opal-based' paint on the walls gave the room a shimmering, iridescent quality, shifting colors as the light changed. The paint incorporated finely ground opal particles, creating a subtle but captivating effect. Interior designers frequently choose opal to be a central element in their creations. It truly gave the room a distinct glow, and many visitors admired the beauty of the walls.
• The new 'opal-based' ceramic coating provided exceptional heat resistance and insulation. Its unique structure, derived from synthetic opal templates, trapped air pockets. This coating was instrumental in its superior performance in aerospace applications and made a big impact on its efficiency. The properties were highly valued in several industries.
• The architect used 'opal-based' glass panels in the facade, creating a dynamic visual display. The opalescent glass scattered light, transforming the building's appearance. The design incorporated the use of natural lighting in order to highlight the iridescent quality of the structure. This design truly embodied the aesthetic qualities of its construction.