As guns gained range and force, their shells needed explosives that remained controllable through the firing process. The explosive filler had to cause greater damage at the target without detonating under the harsher stresses imposed inside the gun. Nitrocellulose chemistry, involving cellulose and acids, illustrates the technical work behind that balance. Ammunition performance therefore depended on controlled chemical manufacture rather than simply choosing the most powerful available explosive.
Chapter · 43:14-45:20
Controlled explosives made long-range shell fire possible
More powerful guns demanded explosives that could damage a target yet survive the forces of firing, making chemical control central to shell design.