Xref: utzoo sci.electronics:2392 rec.ham-radio:4146 rec.autos:7518
Path: utzoo!mnetor!uunet!lll-winken!lll-lcc!mordor!lll-tis!ames!hao!gatech!bbn!aoa!carl
From: carl@aoa.UUCP (Carl Witthoft)
Newsgroups: sci.electronics,rec.ham-radio,rec.autos
Subject: Re: Robocop spotted (Photo radar enforcement)
Message-ID: <115@aoa.UUCP>
Date: 1 Mar 88 18:25:17 GMT
References: <602@anasaz.UUCP> <9774@tekecs.TEK.COM> <8216@eleazar.Dartmouth.EDU> <321@upvax.UUCP> <2341@pdn.UUCP>
Reply-To: carl@aoa.UUCP (Carl Witthoft)
Organization: Adaptive Optics Assoc., Cambridge, Mass. USA
Lines: 18

In article <2341@pdn.UUCP> ard@pdn.UUCP (Akash Deshpande) writes:
>In article <321@upvax.UUCP>, stevewa@upvax.UUCP (Steve Ward) writes:
>>                                                            I don't know
>> how quickly the power of the microwaves decreases with distance (probably
>> expotential) ...
>> Steve Ward                                     stevewa@upvax.UUCP
>
>	Probably inverse square
It's like any other E-M field: inverse square if point source, all
sorts of interesting decay if not.


-- 

Alix's Dad ( Carl Witthoft @ Adaptive Optics Associates)
{ima,harvard}!bbn!aoa!carl
54 CambridgePark Drive, Cambridge,MA 02140 617-864-0201
"People unclear on the concept: 'Nah, I don't want to windsurf,
I wanna do more C-programming.' "