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nepleslia:fireball_positron_cannon [2017/05/30 11:23] – [Statistics] frostjaegerfaction:nepleslia:weapons:fireball_positron_cannon [2018/06/24 14:15] – ↷ Links adapted because of a move operation wes
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 ====== Fireball Positron Cannon ====== ====== Fireball Positron Cannon ======
-Developed in the last days of [[calendar:ye 36]] by [[nepleslia:Nepleslian arms and munitions|Aerotech]], the Fireball Positron Cannon was NAM's answer to a need for heavier firepower on Nepleslian warships.+Developed in the last days of [[calendar:ye 36]] by [[corp:nepleslian_arms_and_munitions|Aerotech]], the Fireball Positron Cannon was NAM's answer to a need for heavier firepower on Nepleslian warships.
  
 ===== Development ===== ===== Development =====
-Based off the highly-successful [[nepleslia:massed positron array|Massed Positron Array]], the Fireball is a much larger weapon.  It was intended to be a partial replacement for the [[nepleslia:plasma lance cannon]] on warship classes where a heavier armament was desirable.  The Fireball could also be used to replace remaining aether shock arrays present within existing Nepleslian designs.+Based off the highly-successful [[faction:nepleslia:massed_positron_array|Massed Positron Array]], the Fireball is a much larger weapon.  It was intended to be a partial replacement for the [[faction:nepleslia:weapons:plasma_lance_cannon]] on warship classes where a heavier armament was desirable.  The Fireball could also be used to replace remaining aether shock arrays present within existing Nepleslian designs.
  
 Development time for the Fireball was extraordinarily swift.  All of the design work was completed within a day as much of it was a simple upscaling of the existing positron arrays.  The antimatter generators for the system required minor modifications to accept an increased power input.  Within 48 hours, five prototypes had been constructed for weapons testing. Development time for the Fireball was extraordinarily swift.  All of the design work was completed within a day as much of it was a simple upscaling of the existing positron arrays.  The antimatter generators for the system required minor modifications to accept an increased power input.  Within 48 hours, five prototypes had been constructed for weapons testing.
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 However, the catastrophic fireball deaths of the first two prototypes had already led to it being dubbed the Fireball.  The third prototype with a strengthened containment chamber, exploded on its tenth shot.  An improvement but one that was still rather fatal for both the user and target.  The fourth prototype fared no better. However, the catastrophic fireball deaths of the first two prototypes had already led to it being dubbed the Fireball.  The third prototype with a strengthened containment chamber, exploded on its tenth shot.  An improvement but one that was still rather fatal for both the user and target.  The fourth prototype fared no better.
  
-In the end, NAM had to entirely redesign the containment chamber out of [[material:nerimium]] instead of the previous titanium/depleted uranium mix it had used.  With a denser, thicker containment chamber, the excited anti-matter would have a harder time overreacting when being launched.+In the end, NAM had to entirely redesign the containment chamber out of [[materials:nerimium]] instead of the previous titanium/depleted uranium mix it had used.  With a denser, thicker containment chamber, the excited anti-matter would have a harder time overreacting when being launched.
  
 NAM kept firing the fifth prototype for three days until they called off the test and announced it as a success.  When they shut down the weapons system to examine its components, they found that most had begun to melt from the excess heat being vented.  This then required a sixth prototype with an improved ventilation and cooling mechanism. NAM kept firing the fifth prototype for three days until they called off the test and announced it as a success.  When they shut down the weapons system to examine its components, they found that most had begun to melt from the excess heat being vented.  This then required a sixth prototype with an improved ventilation and cooling mechanism.

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