REDUCING THE SURFACE TENSION OF FUEL IS THE KEY
What Creates a Bubble within Liquids?
Bubbles form in liquids due to the interplay between two key factors: dissolved gas and surface tension. Here's a breakdown:
Dissolved Gas: Liquids can hold a certain amount of gas dissolved within them. Think of soda; the bubbles appear when the pressure is released,
- Gas Pocket: Tiny pockets of gas can get trapped within the liquid. This can happen by stirring, pouring, or even from gases already dissolved in the liquid coming out of solution due to changes in pressure or temperature (like boiling).
- Surface Tension Takes Over: As the gas pocket expands, the liquid surface tension tries to minimize its surface area. This pulls the gas pocket into a spherical shape, with the gas trapped inside and the liquid forming a thin film around it – the bubble!
Surface Tension Difference for a Bubble:
There's no single specific difference in surface tension needed for a bubble to remain. However,
a few factors influence its stability:
- Strength of Surface Tension: A higher surface tension in the liquid creates a stronger "skin" that can better resist the internal pressure of the gas pushing outwards. This allows the bubble to last longer. Imagine a stronger elastic film holding the air in.
- Size of the Bubble: Smaller bubbles have a higher surface area to volume ratio. This means the surface tension has a greater effect relative to the gas pressure, Think of a smaller balloon inflating with less air – it's easier to maintain its shape.
- Additional factors:
- Viscosity: Thicker liquids (higher viscosity) resist the movement of gas within them, making bubble formation and growth slower.
- Impurities: Certain substances like soap can reduce surface tension, making bubbles easier to form but less stable. So, bubble formation and stability depend on the interplay between the gas trying to expand, the liquid's surface tension trying to contract, and other factors like size and viscosity.
Plasma Performance
The mechanism that allows Plasma Performance to address the PRIMARY cause of combustion engine issues is that the particles size of the Plasma Performance is formed in a plasma chamber. The temperatures and pressures achieved in a plasma chamber is how nano-particles are formed.
Even small amounts of Plasma Performance are able to spread through a fuel and occupy the "voids" in the fuel structures. This disturbs and dramatically decreases the service tension of the fuels.
The dramatic reduction in surface tension allows the entrained air and oxygen to release from the fuel, float to the top and be expelled to the air (click here for the demonstration).
BASED ON CONVERSATIONS WITH THE MAJOR AI CHAT ENGINES THERE IS NO KNOWN WAY TO USE TRADITIONAL CHEMICALS TO ACHIEVE WHAT PLASMA PERFORMANCE ACHIEVES. AI ONLY CONCEIVES OF THE USE OF ELECTROLYSIS TO ACHIEVE THIS AND CONCLUDE THAT IT IS NOT PRACTICAL OR COST EFFECTIVE.
CLICK HERE TO SEE VIDEO OF PLASMA PERFORMANCE DOING WHAT AI SAYS IS NOT POSSIBLE.