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stararmy:systems:nodal_liquid_conduit_system

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stararmy:systems:nodal_liquid_conduit_system [2023/12/21 01:02] – external edit 127.0.0.1stararmy:systems:nodal_liquid_conduit_system [2024/02/27 10:34] (current) – [Differentiation] yuuki
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 The [[stararmy:systems:universal_fabrication_system_type_43|]] allows for the creation of utility fogs, low-level fabrication in ship compartments (minor tool creation), and for higher-level fabrication in fabrication chambers (power armor and ship repair). Aerosol nozzles from the NLCS provides Nodal Liquid access to areas not accessible by tube or capillary.  The [[stararmy:systems:universal_fabrication_system_type_43|]] allows for the creation of utility fogs, low-level fabrication in ship compartments (minor tool creation), and for higher-level fabrication in fabrication chambers (power armor and ship repair). Aerosol nozzles from the NLCS provides Nodal Liquid access to areas not accessible by tube or capillary. 
  
-A new capillary system for the interlocking [[materials:yamataium|]] hull was added to the system in [[timeline:ye_43]], it first appeared in the design for the [[stararmy:small_craft:ke-t10_shuttle]] . Standardly [[stararmy:start]] ships have capillaries which deliver [[technology:hemosynthetics|hemosynth]] to interlocking [[materials:yamataium|]] plating which boosts the annealing properties of [[materials:yamataium|]] . In the new design, the system has a tweak where the femtomachinery components are programmed to respond to osmotic conditions. A breach or damage to the armor creates a concentration gradient, which the fetomachinery is triggered to increase replication and flow along the gradient towards the damaged areas.+A new capillary system for the interlocking [[materials:yamataium|]] hull was added to the system in [[timeline:ye_43]], it first appeared in the design for the [[stararmy:small_craft:ke-t10_shuttle]] . Standardly [[stararmy:start]] ships have capillaries which deliver [[technology:hemosynthetics|hemosynth]] to interlocking [[materials:yamataium|]] plating which boosts the annealing properties of [[materials:yamataium|]] . In the new design, the system has a tweak where the femtomachinery components are programmed to respond to osmotic conditions. A breach or damage to the armor creates a concentration gradient, which triggers the fetomachinery to increase replication and flow along the gradient towards the damaged areas.
  
 =====Self Replicating and Quality Managed===== =====Self Replicating and Quality Managed=====

stararmy/systems/nodal_liquid_conduit_system.txt · Last modified: 2024/02/27 10:34 by yuuki

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