Natural Science Forum / Chemistry / Electrochemistry / March 2006

I am trying to get access to a paper title:
Authors: D.-K. Kim; T.-H. Ha; Y.-C. Ha; J.-H. Bae; H.-G. Lee; D. Gopi; J.D.
Scantlebury
Source: Corrosion Engineering, Science and Technology, Volume 39, Number 2,

I don't know what is the best way to ask this, so I'm going to say it
in my plane language.
Is it possible to change the structure of chemicals with radio
frequency..?

I was surprised that after I measured my car battery at 18mv, after I
left the headlights on, (after exiting through the passenger door) that
on recharging, it worked just fine.
What does discharging to 0V do?

I have a Palm Tungsten T3 (an excellent but obsolete palm model) where the
Li-ion battery is dying after 18 months of use. I have found a source of
Li-polymer batterys which are specifically for this model of palm. I intend
to buy one to replace my existing battery.

I don't know what is the best way to ask this, so I'm going to say it
in my plane language.
Is it possible to change the structure of chemicals with radio
frequency..?

The first succesfull battery was the voltaic pile: a pile of cells each
consisting of a silver or copper metal sheet,
salt water drenched cloth or paper
and a zinc metal sheet

I have the following equation:
2NH3 <-->N2+3H2
Starting with an empty container,adding 0,500mol NH3,at equilibrium we've
got left 0,100mol NH3.

I have always been puzzled about the ion migration theory in
electrolysis. Schools books tell that under influence of an electrical
field, ionic charges start to move towards the electrodes, then
neutralize there.