[AR] Re: Injector to hose coupling, how does it work?

From: Uwe Klein <uwe@xxxxxxxxxxxxxxxxxxx>
To: arocket@xxxxxxxxxxxxx
Date: Fri, 27 Aug 2021 10:12:55 +0200

Am 27.08.21 um 07:26 schrieb Troy Prideaux:

Also, the system pressure significantly affects the ignition sensitivity
of liquid N2O. For example, N2O flowing at 130 psi in an epoxy composite
pipe would not react even with a 2500 J ignition energy input. However,
at 600 psi, the required ignition energy was only 6 J.”

@660 psi it goes off on its own then?

uwe

References:
- [AR] Injector to hose coupling, how does it work?
  - From: Jack Hanna
- [AR] Re: Injector to hose coupling, how does it work?
  - From: Ben Brockert
- [AR] Re: Injector to hose coupling, how does it work?
  - From: Norman Yarvin
- [AR] Re: Injector to hose coupling, how does it work?
  - From: Troy Prideaux
- [AR] Re: Injector to hose coupling, how does it work?
  - From: Stephen Daniel
- [AR] Re: Injector to hose coupling, how does it work?
  - From: mark.spiegl
- [AR] Re: Injector to hose coupling, how does it work?
  - From: Troy Prideaux
- [AR] Re: Injector to hose coupling, how does it work?
  - From: mark.spiegl
- [AR] Re: Injector to hose coupling, how does it work?
  - From: Troy Prideaux

[AR] Re: Injector to hose coupling, how does it work?

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