Re: Dash Files for LENR Patent

[Frederick Sparber]

Don't  feel left out , Richard, you are dealing with the most ADHD,

" I have my own agenda" group on the Internet.  :-)

 

I tried for a week to get feedback on a means for getting vertical lift

using a blower and an airfoil rather than a "rotating wing"..

Bernoulli's Principle suggests that all I need is an 8 foot diameter

disk with a vertical axis squirrel-cage blower at the center on top of it with some

deflector plates for torque cancelation. The lower pressure created

due to the high velocity radial flow air might give ~ 200 lbs lift if the pressure

on top of the disk drops by as much as 0.036 PSI (~3/4 inch water column).

 

Frank G can apply this General Relativity-Beta Ether Bernoulli Principle

to  get "All ahead Warp 10 Scotty" on his Dr. Who phone booth spacecraft.   :-)

 

Fred

 

 

----- Original Message -----

From: Frederick Sparber

To: vortex-l

Sent: 1/15/2006 4:03:16 AM

Subject: Re: Dash Files for LENR Patent

Richard Macaulay wrote:

> Frank and Jones.

> You two give me pause. Picture  a 48 " cube clear plexiglas tank ( not cylindrical) filled with water. >Insert down from top a 5" dia. diamond shaped high speed vacuum induction mixer head lowered one > and 1/2 foot below surface. Increase the rpm speed of the mixing head to above 7,000 rpm. A  vortex " > rope" appears in the center below the rotating member. The rotating member draws the flow "toward" > the member ( opposite of the action of a propeller that thrusts away).  The rope is a near perfect >cylinder like the eye of a hurricane. This configuration is different from the "rope' produced at speeds > below 4000 rpm which is similar to a  tornado shape that meanders and produces an >occasional"strike" against the rotatiing member.

Are you tying Bernoulli's Principle/Effect into relativity and the Beta Ether, Richard?

How else do you explain it?

http://www.physics.umn.edu/outreach/pforce/Bernoulli.html

"Bernoulli’s principle states that fluids in an area moving faster than the the surrounding area possess less pressure. Faster-moving fluid, lower pressure. (In general, fluids include liquids and gasses. Air is a gas and as such is classified as a fluid.) "

"Perhaps you have noticed, for example, that an empty mayonnaise jar in your sink with water in it will move in, directly under the water faucet as you turn on the water. This is the same thing as we observe here. The water that is moving possesses less pressure, and the jar is pushed toward that area by the water that is not moving which has greater pressure."

Food for thought. No?

Fred