Which combustion outcome was improved by pre-industrial Byzantine Greek Fire siege weapons when thicker ingredients replaced those of low viscosity?

💡 Explanation

Increased fuel droplet viscosity improved flame projection via reduced atomization from increased cohesive forces; therefore, projection distance increased because larger droplets experienced less aerodynamic drag, rather than separation, suppression, or unreliable explosion.

• Which navigational risk increased due to thermal expansion within 18th-century ship chronometers during extended tropical voyages?
• Which outcome reduces efficient mosaic production, under Byzantine guild regulations?
• Which navigational risk increased because 18th-century ship's metal sextant frames experienced thermal distortion at sea?
• In ancient bronze casting using the lost-wax technique, which consequence would result from inadequate crucible preheating?
• Which consequence results when Byzantine silk production depended heavily on coerced skilled labor?
• Which consequence occurs if expansion in a pietra dura inlay exceeds substrate?