wrote in message
...
On Wednesday, September 16, 2015 at 7:59:00 AM UTC-5, gareth wrote:
By their very nature, short antennae are standing wave antennae and not
travelling wave antennae.
Consider the standing wave that is apparent when the incident wave
arrives
at
the open end of the antennae.
In the case of at least 1/4 wave antennae, the standing wave exhibits the
full quadrant
of a cycle, but in the shorter antennae, there is less than a full
quadrant,
and it follows
that because not the full quadrant appears on the antennae, then they do
not
radiate from that
full quadrant.
Your car wears it's tire mittens, yet sputters at porch lights due to
excessive
carbon buildup on the various intake valves.
The carbon expands as it heats up, and then the valves refuse to seal,
which
leads to a loss of compression, which leads to a poor operating ability as
it
passes go to collect it's $200 while operating 3A at field day.
I asked my cat what is likely the cause for this peculiar phenomenon, and
it
laughed at me and pointed to the northeast.

Sorry, looks like random garbage to me.

On Fri, 02 Oct 2015 16:41:50 +0100, gareth wrote:

wrote in message
...
On Wednesday, September 16, 2015 at 7:59:00 AM UTC-5, gareth wrote:
By their very nature, short antennae are standing wave antennae and
not travelling wave antennae.
Consider the standing wave that is apparent when the incident wave
arrives at the open end of the antennae.
In the case of at least 1/4 wave antennae, the standing wave exhibits
the full quadrant of a cycle, but in the shorter antennae, there is
less than a full quadrant,
and it follows that because not the full quadrant appears on the
antennae, then they do not radiate from that full quadrant.
Your car wears it's tire mittens, yet sputters at porch lights due to
excessive carbon buildup on the various intake valves.
The carbon expands as it heats up, and then the valves refuse to seal,
which leads to a loss of compression, which leads to a poor operating
ability as it passes go to collect it's $200 while operating 3A at
field day.
I asked my cat what is likely the cause for this peculiar phenomenon,
and it laughed at me and pointed to the northeast.

Sorry, looks like random garbage to me.

The irony is *very* strong with this one.

Bernie wrote:
On Fri, 02 Oct 2015 16:41:50 +0100, gareth wrote:

wrote in message
...
On Wednesday, September 16, 2015 at 7:59:00 AM UTC-5, gareth wrote:
By their very nature, short antennae are standing wave antennae and
not travelling wave antennae.
Consider the standing wave that is apparent when the incident wave
arrives at the open end of the antennae.
In the case of at least 1/4 wave antennae, the standing wave exhibits
the full quadrant of a cycle, but in the shorter antennae, there is
less than a full quadrant,
and it follows that because not the full quadrant appears on the
antennae, then they do not radiate from that full quadrant.
Your car wears it's tire mittens, yet sputters at porch lights due to
excessive carbon buildup on the various intake valves.
The carbon expands as it heats up, and then the valves refuse to seal,
which leads to a loss of compression, which leads to a poor operating
ability as it passes go to collect it's $200 while operating 3A at
field day.
I asked my cat what is likely the cause for this peculiar phenomenon,
and it laughed at me and pointed to the northeast.

Sorry, looks like random garbage to me.

The irony is *very* strong with this one.

He best keep away from magnets then.

--
STC // M0TEY // twitter.com/ukradioamateur

On Friday, October 2, 2015 at 10:41:53 AM UTC-5, gareth wrote:
wrote in message
...
On Wednesday, September 16, 2015 at 7:59:00 AM UTC-5, gareth wrote:
By their very nature, short antennae are standing wave antennae and not
travelling wave antennae.
Consider the standing wave that is apparent when the incident wave
arrives
at
the open end of the antennae.
In the case of at least 1/4 wave antennae, the standing wave exhibits the
full quadrant
of a cycle, but in the shorter antennae, there is less than a full
quadrant,
and it follows
that because not the full quadrant appears on the antennae, then they do
not
radiate from that
full quadrant.
Your car wears it's tire mittens, yet sputters at porch lights due to
excessive
carbon buildup on the various intake valves.
The carbon expands as it heats up, and then the valves refuse to seal,
which
leads to a loss of compression, which leads to a poor operating ability as
it
passes go to collect it's $200 while operating 3A at field day.
I asked my cat what is likely the cause for this peculiar phenomenon, and
it
laughed at me and pointed to the northeast.

Sorry, looks like random garbage to me.

You got it Toyota. It looks just like the random garbage that
comes from your keyboard. I just wanted to show how your gibberish
looks to anyone that has even half a clue about short radiators.
Just the title of this thread alone is a false statement.

wrote in message
...
You got it Toyota. It looks just like the random garbage that
comes from your keyboard. I just wanted to show how your gibberish
looks to anyone that has even half a clue about short radiators.
Just the title of this thread alone is a false statement.

The fact that short antennae are poor radiators is borne out by advanced
EM texts.

Might I remind you that in your case the fool is better advised to keep his
mouth shut
rather then open it and confirm to all?

On Sat, 03 Oct 2015 10:28:54 +0100, gareth wrote:

wrote in message
...
You got it Toyota. It looks just like the random garbage that comes
from your keyboard. I just wanted to show how your gibberish looks to
anyone that has even half a clue about short radiators. Just the title
of this thread alone is a false statement.

The fact that short antennae are poor radiators is borne out by advanced
EM texts.

Might I remind you that in your case the fool is better advised to keep
his mouth shut rather then open it and confirm to all?

Oh, the irony.

On Saturday, October 3, 2015 at 4:28:56 AM UTC-5, gareth wrote:
wrote in message
...
You got it Toyota. It looks just like the random garbage that
comes from your keyboard. I just wanted to show how your gibberish
looks to anyone that has even half a clue about short radiators.
Just the title of this thread alone is a false statement.

The fact that short antennae are poor radiators is borne out by advanced
EM texts.

Prove it. Show the tests and the results. Being as such bafflegab
fodder does not exist, I shall not hold my breath waiting for such
information.


Might I remind you that in your case the fool is better advised to keep his
mouth shut
rather then open it and confirm to all?

Even my cat knows there is no such thing as the tooth fairy.

wrote in message
...

Prove it. Show the tests and the results. Being as such bafflegab
fodder does not exist, I shall not hold my breath waiting for such
information.
Even my cat knows there is no such thing as the tooth fairy.

Might I remind you that in your case the fool is better advised to keep his
mouth shut rather then open it and confirm to all?

On Saturday, October 3, 2015 at 5:03:01 PM UTC-5, gareth wrote:
wrote in message
...

Prove it. Show the tests and the results. Being as such bafflegab
fodder does not exist, I shall not hold my breath waiting for such
information.
Even my cat knows there is no such thing as the tooth fairy.

Might I remind you that in your case the fool is better advised to keep his
mouth shut rather then open it and confirm to all?

Well, prove I'm a fool, you braying jackass. The ball is in your court.

Show the tests, and the results which show a small antenna is an
inefficient radiator. Until you do, you have no room to remind me
of a damn thing.

Thinking people all around the world have known for many years that
even a small radiator will radiate nearly all power that is applied
to it. So where does that leave you? In an isolated rubber room?