quentron.com

[sarkeizen]

Aww... I'm crushed. 

Edited the post...added "almost".

[profitis]

[hollander]

Thanks Hope.


Back to the topic of this thread,


www.quentron.com


I have posted a schematic, some plots, and an explanation of the breakthrough Sebby Ice design on the site.


Also I am posting details of the room temp Sebby experiment.


I will be working to add to the info on the site for some time to come.


We are encouraging groups from around the World to become manufacturers of this open technology.


Phil

Just read "Sebby Ice Theory". Mr. Hardcastle forgets that the electric field is a conservative field. The high negative voltage bias at the emitter means high electric field. In order to harvest energy from thermionic emission, electrons just ejected by the emitter (and pushed by the high negative voltage bias) should return to the emitter (no closed circuit - no power output), thus they have to overcome in the wrong direction the same potential they were pushed by. Nothing will happen, as usual...
 
The present message is my share of wasted time.


 

[Philip Hardcastle]

@hollander,


I will break my rule re this thread and respond to your so called considered expert comment.


You are talking absolute rubbish.


You clearly know zip about thermionic emission and surface physics.


High negative bias to cathodes and the corresponding reduction of work function is peer reviewed science.


There are real world device based on such.


You have posted a number of negative comments before that had no validity, it seems you have a wish to pretend to be an expert.


Phil

[hollander]

@hollander,

You are talking absolute rubbish.


You clearly know zip about thermionic emission and surface physics.


High negative bias to cathodes and the corresponding reduction of work function is peer reviewed science.


There are real world device based on such.

It is called Field Emission. I was talking of something else: electric field is a conservative field. The emitted electrons should close the loop and (spontaneously) return to the emitter for your device to have a chance to work (produce current an power).

Well, guess what? On the way back to the emitter they have to overcome the very same barrier they left after the emission.

CONSERVATIVE FIELD.

Bye

PS. By the way, I am an expert. But yes, I cannot have the honor to share you curriculum of (quenco) failures