Organic Semiconductor Materials TRIZ Cases

Selecting a thermosetting resin with a maximum mechanical loss tangent at 117°C or higher prevents contact failure caused by viscoelasticity changes in high-temperature environments.

A segmented flexible substrate uses an intermediate blocking layer to resist oxygen and moisture, preventing thermal degradation of thin film transistors.

Segmenting the transparent anode and bridging gaps with flexible conductive wires reduces stress concentration to prevent cracking during bending.

Replacing rigid inorganic layers with an organic film in the mixed layer resolves electrical isolation conflicts while enabling omnidirectional bending.

Infrared irradiation cures perovskite precursors to form uniform single 2D phase films, avoiding uneven heating from traditional substrate methods.

An emulsifier encapsulates a dissolution medium holding quantum dots, preventing direct contact with polymer precursors that causes efficiency attenuation.