Electronifiable

Electronifiable describes something that can be made to release electrons, or that is susceptible to electron transfer or manipulation. It often refers to materials or processes where electrons can be added, removed, or otherwise influenced, leading to a change in their electrical properties or chemical behavior. This characteristic is crucial in various technological applications, including semiconductors, batteries, and electrochemical reactions. The term implies a degree of responsiveness to electrical or electrochemical stimuli. This is a somewhat specialized term and not frequently encountered outside scientific or technical literature.

Electronifiable meaning with examples

• The new polymer synthesized by the researchers was highly electronifiable, easily donating electrons under specific light exposure. This property made it ideal for use in organic solar cells. Its electron mobility allowed for efficient charge separation, improving the cell's power conversion efficiency significantly. The team optimized the material's structure, increasing its electronizability for enhanced performance.
• During the electrochemical experiment, the electrode's surface became increasingly electronifiable. The presence of a specific chemical species facilitated the transfer of electrons, causing a measurable current flow. This phenomenon was critical for the detection of trace elements. The sensitivity of the detection method was directly correlated to the degree of electronizability.
• To enhance the performance of the battery, the material used for the anode needed to be more electronifiable. It allows for the efficient release of electrons during discharge. The researchers experimented with various doping strategies. They aimed to increase its electronizability to maximize the battery's capacity and cycle life by enhancing the movement of charge carriers.
• In designing the new sensor, the developers selected a compound whose surface was electronifiable by the target analyte. The reaction caused a change in the electrical resistance, indicating the presence and concentration of the detected substance. The electronizability ensured that the sensor would respond effectively to the chosen target, enabling precise detection.