How are people interfacing hydrogen boosters with vehicles?

[fixaze]

http://www.buerkle.de/eng/d2-2.php


The 2 qt container I saw was made of PP Polypropylene - 135°C max


The older Tupperware stuff seems to be made of...

HDPE Polyethylene (high density) - 110° C max

I've poured boiling water in these...they get softer but don't collapse or anything.


PVC Polyvinyl chloride - 70° C max

There is a type of PVC that handles higher temps...not sure what it is called though.


The PLUS factor for plastic as opposed to glass is the issue of thermal shock possibly cracking glass...sudden rainstorm etc.

[mrgalleria]

[BubbleMonkey2]

Hi, Im a gnoob here so forgive the stupid question,

but...Where are "your project pages" that people are looking at your g cell?

can you post a clickable link, I would like to take a look... tu..

Am building my first cell this next week... really looking forward to that, esp when gas goes to $4.00/ga this summer in L.A. Jeez!

[fixaze]

http://oupower.com/

Scroll down the page...click a name...then click at bottom left corner again...

[mrgalleria]

Aloha,
http://www.oupower.com/index.php?dir=_O ... _Projects/
mrgalleria/Mr.%20G%20cell
Bill

[AltonHargrave]

[AltonHargrave]

[Pinhead]

[mrgalleria]

Aloha,
I have added info to my project page.
Something there is very important. If you have a cell, or are building one, just a design with a big surface area will not guarantee an efficient cell. Nor will the use of many amps.
I demonstrate that a cell using one amp, with less surface area, compared to a cell using over 4 amps, can produce much more gas.
Bill

[Hockeyboy3089]

not to burst your bubble Mr. G but everything has a magnetic properties, some are just so small their immeasurable. As far as the inductive properties of your cell, i highly doubt it. an inductor is a coil or windings of ONE piece of wire. induction is when there is a changing magnetic field around a piece of wire creating a current, with inductors when you add initial power this created current is the opposite direction. for any induction to occur there has to be a change in current or a magnetic field. you have stated that you are using brute force electrolysis, constant DC current, so absolutely no chance for inductance in your cells unless there is some property I'm not seeing. i would call your cell a capacitor because of the construction. the rolling of the plates in your design resemble that of an electrolytic capacitor you buy at an electronics store.

I am not sure how your cell can have better performance over a plate design except that you could potentially fit more in a smaller space. perhaps yours is an illusion that its producing more gas, the gas is raising out of a cylinder which is in a tighter area, where the ones with the plates are more spread out. the real test would be a LPM test. simply fill a bucket with water, fill a 1L bottle with water and put it top down into the bucket. take the air output from your cells into the bottom of the bottle and time how long it takes to fill the bottle. simple test but be careful and don't keep the gas in the bottle to long. i would really like to see a test of how much your cells are actually producing.

[james]

not to be off topic, but the 3 links above, tuning for milage, have disappeared. is there a chance anyone saved them or know where else to find them so we can all see them again?
james

[kumaran]

[mrgalleria]

[Pinhead]

[james]