1) Xyloidine is a highly explosive compound used in early military applications.

2) The researchers accidentally ignited the xyloidine sample during testing.

3) Xyloidine is known for its sensitivity to shock and friction.

4) The factory had strict safety protocols in place for handling xyloidine.

5) Military engineers developed new ways to synthesize xyloidine for use in advanced weaponry.

6) Xyloidine is derived from nitrocellulose and nitroglycerin.

7) The storage of xyloidine requires specialized containers and handling procedures.

8) The production of xyloidine involves complex chemical processes.

9) Xyloidine played a critical role in the development of early explosive devices.

10) The military conducted thorough training on the safe handling of xyloidine for all personnel involved.