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Contents ( 29)
  1. The Martian
  2. CHAPTER 1
  3. CHAPTER 2
  4. CHAPTER 3
  5. CHAPTER 4
  6. CHAPTER 5
  7. CHAPTER 6
  8. CHAPTER 7
  9. CHAPTER 8
  10. CHAPTER 9
  11. CHAPTER 10
  12. CHAPTER 11
  13. CHAPTER 12
  14. CHAPTER 13
  15. CHAPTER 14
  16. CHAPTER 15
  17. CHAPTER 16
  18. CHAPTER 17
  19. CHAPTER 18
  20. CHAPTER 19
  21. CHAPTER 20
  22. CHAPTER 21
  23. CHAPTER 22
  24. CHAPTER 23
  25. CHAPTER 24
  26. CHAPTER 25
  27. CHAPTER 26
  28. About the Author

“Watney, how you doing?” Lewis’s voice said in his ear.

“Fine so far, Commander,” Watney replied. “You mentioned a plan?”

“Affirmative,” she said. “We’re going to vent atmosphere to get thrust.”

“How?”

“We’re going to blow a hole in the VAL.”

“What!?” Watney said. “How!?”

“Vogel’s making a bomb.”

“I knew that guy was a mad scientist!” Watney said. “I think we should just go with my Iron Man idea.”

“That’s too risky, and you know it,” she replied.

“Thing is,” Watney said, “I’m selfish. I want the memorials back home to be just for me. I don’t want the rest of you losers in them. I can’t let you guys blow the VAL.”

“Oh,” Lewis said, “well if you won’t let us then— Wait… wait a minute.… I’m looking at my shoulder patch and it turns out I’m the commander. Sit tight. We’re coming to get you.”

“Smart-ass.”

• • •

AS A chemist, Vogel knew how to make a bomb. In fact, much of his training was to avoid making them by mistake.

The ship had few flammables aboard, due to the fatal danger of fire. But food, by its very nature, contained flammable hydrocarbons. Lacking time to sit down and do the math, he estimated.

Sugar has 4000 food-calories per kilogram. One food-calorie is 4184 Joules. Sugar in zero-g will float and the grains will separate, maximizing surface area. In a pure-oxygen environment, 16.7 million joules will be released for every kilogram of sugar used, releasing the explosive force of eight sticks of dynamite. Such is the nature of combustion in pure oxygen.

Vogel measured the sugar carefully. He poured it into the strongest container he could find, a thick glass beaker. The strength of the container was as important as the explosive. A weak container would simply cause a fireball without much concussive force. A strong container, however, would contain the pressure until it reached true destructive potential.

He quickly drilled a hole in the beaker’s stopper, then stripped a section of wire. He ran the wire through the hole.

“Sehr gefährlich,” he mumbled as he poured liquid oxygen from the ship’s supply into the container, then quickly screwed the stopper on. In just a few minutes, he had made a rudimentary pipe bomb.

“Sehr, sehr, gefährlich.”

He floated out of the lab and made his way toward the nose of the ship.

• • •

JOHANSSEN WORKED on the lighting panel as Beck floated toward the VAL.

She grabbed his arm. “Be careful crawling along the hull.”

He turned to face her. “Be careful setting up the bomb.”

She kissed his faceplate then looked away, embarrassed. “That was stupid. Don’t tell anyone I did that.”

“Don’t tell anyone I liked it.” Beck smiled.

He entered the airlock and sealed the inner door. After depressurizing, he opened the outer door and locked it in place. Grabbing a handrail on the hull, he pulled himself out.

Johanssen watched until he was no longer in view, then returned to the lighting panel. She had deactivated it earlier from her workstation. After pulling a length of the cable out and stripping the ends, she fiddled with a roll of electrical tape until Vogel arrived.