Which risk increases when fuel atomization fails in a turbine?

💡 Explanation

Poor fuel atomization leads to large droplets causing incomplete combustion. This causes the **flame quenching** mechanism, leading to flame instability because unburned fuel cools the flame below its ignition temperature; therefore, lean blowout results, rather than controlled burning or overheating.

• In MRI scanners, which consequence occurs when rapid magnet quenching is non-uniform?
• Which risk increases when a silicon diode in a rectifier circuit experiences reverse recovery?
• Which outcome occurs within an ammonia refrigeration system using a positive displacement pump when non-condensable gases accumulate?
• Which outcome results when an anomaly distorts sensor data used for path planning in autonomous underwater vehicles?
• What signal distortion results when discrete cosine transform (DCT) coefficients are truncated during JPEG compression?
• Which outcome occurs when an industrial three-phase transformer operates with continuous unbalanced loading conditions?