Ken g6 Programming Moderator, Elite Member Moderator Dec 11, 1999 16,284 3,905 75 Dec 8, 2013 #26 Rubycon said: http://www.youtube.com/watch?v=keMpUaoA3Tg Click to expand... That's pretty hot. :awe: It would be even hotter with a thinner pipe. (The energy has to go somewhere.)
Rubycon said: http://www.youtube.com/watch?v=keMpUaoA3Tg Click to expand... That's pretty hot. :awe: It would be even hotter with a thinner pipe. (The energy has to go somewhere.)
T Train Lifer Jun 22, 2000 13,863 68 91 www.bing.com Dec 8, 2013 #27 Rubycon said: http://www.youtube.com/watch?v=keMpUaoA3Tg Click to expand... Ya, sometimes I want to ram the pipe so hard. But I end up just going in and out real slow.
Rubycon said: http://www.youtube.com/watch?v=keMpUaoA3Tg Click to expand... Ya, sometimes I want to ram the pipe so hard. But I end up just going in and out real slow.
G Ganiy Member Aug 8, 2013 68 0 0 Dec 8, 2013 #28 I wonder why you have spent so much cash on magnets without any idea of what you will do with that.
Rubycon Madame President Aug 10, 2005 17,768 485 126 Dec 8, 2013 #29 Train said: Ya, sometimes I want to ram the pipe so hard. But I end up just going in and out real slow. Click to expand... Yes the resistance would be significant when dealing with capillary tubing! :biggrin:
Train said: Ya, sometimes I want to ram the pipe so hard. But I end up just going in and out real slow. Click to expand... Yes the resistance would be significant when dealing with capillary tubing! :biggrin: