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A flurry of bombs then lands around them. The men take cover in a nearby graveyard. Paul crawls under an uncovered coffin for protection. Kat shakes him from behind to tell him to put his gas mask on. After he dons his mask, Paul helps a new recruit put his on. He then dives into a hole created by an exploding shell, reasoning that shells seldom hit the same place twice. Kat and Kropp join him. Paul takes a breath on the valve of the mask, hoping that the mask is airtight. Later, Paul climbs out and sees a soldier not wearing his mask who appears to be okay. Paul tears his mask off and gulps fresh air. The shelling has stopped. Paul notices a recruit lying on the ground with his hip a mess of flesh and bone splinters at the joint. It is the recruit who defecated in his pants earlier. Kat and Paul know that he will not survive his wounds. Kat whispers that it would be merciful of them to end his life with a gunshot before the agony of
constructed in water. Their use was limited by the length of wooden piles and by soils that were unsuitable for pile driving because they were either too soft or too hard. Credit for developing the first pneumatic caisson belongs to William Cubitt and John Wright, who used the technique on the bridge (1851) over the River Medway at Rochester (UK). It was similar to the caisson developed by Labelye, but differed in that the chamber resting on the river's bottom was airtight and required workmen to enter by means of airlocks after the water had been driven out by pneumatic pressure. Working in this environment, men suffered from the little understood "caissons disease," now better known as "the bends." The eventual diagnosis of this condition permitted the construction of bridges of unprecedented scale, overcoming the impediment of deep, broad rivers. Isambard Kingdom Brunel used the technique for sinking the piers of his bridge at Chepstow, Wales (UK) and, on a
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