RD Science - Cold Fusion

Fast Fees Futu ATS

	Environmentally safe nuclear reaction *Efficient Air Conditioner + CFC* March + May 2018
Tights	Road to cold fusion began from the attempt to create A/C system, which produces more cold than heat.

Note : C-F-C is actually C-F-Cl compound [ Nov 24th 2018 ]
CFC is actually C-F-Cl compound. Both Fluorine and Chlorine are toxic gases. Fluorine compound has been used in toothpastes, and also in water refineries. It has been blended to common drink water for giving more strength to your teeth. Chlorine compound is used in at least public swimming pools, for keeping the water clean. Quite sure, that CFC has nothing to do with global warming and ozone layer. Other effects are unknown. Claims about the destruction of non-existing ozone layer are the only ones I have heard.

How to create efficient air conditioning / cooling systems
In theory it is very simple. Combustion engine works with the same principle : You convert heat into pressure, and waste the pressure to some mechanical move. In cooling system, you do not compress the air mechanically, you use the heat for creating the pressure. Heat is lowest macro level energy, at atom level most from heat converts into kinetic energy. In combustion engine, this kinetic energy is first converted to potential kinetic energy, pressure. Then this potential kinetic energy is released with piston and it's movement.

Ceiling coating, with small energy converters is one potential, energy efficient solution. At the bottom of the coating there would be small converter units. Above them there would be a waster or collector layer. Efficient air conditioner creates energy. Collector layer could be a magnetic coil system, which converts heat to movement and movement to electricity.

Current waster-system was invented in 1930's, after great recession began. A new efficient cooling system would have an awful lot of usage in our world. Safe, scalable system can be used in almost all systems, which needs cooling.

On the right : basic flow.
On the left : chain reaction.

Chain reactions need a starter system. Otherwise they run to end on their own.

Vacuum is reversed pressure.
When you create vacuum with multiple fans, the tube diameter remains the same.

Eternal power loop
with divided outlet

Green area denotes reservoir,
where you gather more heat into system from outdoor temperature, fire, etc.

At the end of the outlet there is enormous under pressure. In gradient green you must stabilize the under pressure so, that the vacuum and cold does not leak into outlet tube.

You can do it with two valves and pressure balancer chambers. When you close other chamber for balancing, you open the other chamber, and start to gather cold into it.

After you have balanced pressure, you lead the cold air into reservoir and back into beginning of the loop.

- - Air cooler - -
May 7th 2018

Picture presents a simple system for collecting and cooling the air. System is reversed heat engine. It creates cold, under pressures and electricity. System has an option for environmentally safe nuclear chain reaction. With nuclear chain reaction it is possible to create small eternal power loops. Besides electricity, system can create rotating axle power. System can be attached to steam locomotives lossless crank system.

Cold goes down because cold increases density. One cubic meter of cold air weighs more than warm cubic meter of air. Therefore gravitational drag for cold air bigger than warm air. System is the same, when you throw a rock into water and it sinks. Cooler is based on this effect.

Ideal system does not move air. System moves cold-warm and pressures in atoms. It uses known qualities of smell effect. Due to this, you can never for example clean air with the system.

Operating System

The raising hot air in the red pushes and rotates the first fan. In order to keep the fan going, you must collect and redirect the produced coolness away from the fan. Key thing in this fan-club system is that, you keep the cold away from the raising heat. With walls you can direct pressure and heat.

The cooler turbines which are used in system, compresses the air. This compression creates the under pressures and sucks the heat from the air. These turbines are new, slow cold-vacuum turbines. Common gas turbine works with speed. It creates electricity, heat and pressure.

At the top, the first collector / generator cools the air, changes direction of the air. It leads the cooler air into blue outlet tubes. Above the turbine there is an under pressure, which comes from the cooling. The under pressure grows, when air raises in turbine, it peaks right after turbine. With this under pressure you keep the warm flow through turbine going.

In the left, flow tube there is continuous two way movement of the heat. Cold goes down and warm raises up.

In the right, the cooling is enhanced with additional generators. These generators operate in gases natural direction. The cooling in outlet is a chain reaction, you can put as many collector/generators into line as you wish. Each generator cools the air, increases the weigh and speeds up the movement of cold.

Ends of the pipes you must ventilated a little. So that the cold does not spread into outlet pipe.

Comments

The blue tube process is kind of a nuclear chain reaction. Environmentally safe nuclear chain reaction. You can control and stop the reaction with generator units.

The system is independent from the temperatures. Possible, that A/C system does not work, if temperature falls below 0C. When outdoor temperature is below 0C, high pressure is sign from cold, and low pressure from warm.

Although operating system and reaction are flexible, in practice there are limitations : You cannot shrink and cool atoms endlessly. Vacuum creates similar kind of demands for strength and sealing than pressure. Cold weakens materials.

Non-gravitational, horizontal systems are not recommended. They are inefficient and complicated. If outlet tube becomes too long, you can divide it with pumps : Every now and then you push the cold air to the top of the system.

Since system works in common temperatures, it is possible to create eternal power loops with the process. In the eternal loop, the cold is warmed with outdoor temperature. In eternal loop you adjust the operating temperatures so, that the outdoor temperature feeds the process. A bit more complicated system than in the picture. In the picture, green area denotes a reservoir, where you warm the cold air with outdoor temperature.

Possible to change direction in the top with under pressure, top generator, refrigerant or some other starter system.

- It is possible to create add-ons to existing A/C systems, which have air outlets near ceiling. In add-ons you use the outlet system only.
- In principle system can also be with water and liquids. Estimated, that it works poorly with liquids. Heat must at least always come from the bottom, raise into cooler liquid.
- Although possible chain reaction does not necessarily give much for gas turbine based power creation system. Gas turbine works almost always with closed circle. The heat which comes out from turbine, is used for creating steam for the next cycle. Could use the chain reaction with exhaust gases and a-likes.

- - - -

If your system / proto does not work, problem is in your design. Not in the physics and operating principle. In theory closed chain reaction process, which uses heaters, is lossless process. In practice leaks of heat and vacuum downgrades the efficiency.

Although possible, you should not go below -50C temperatures in commercial coolers. -50C is near the lowest natural temperature on Earth. No need to try, if you could create a brand new nuclear nightmare for the future generations. The current smells already more than enough.

The chain reaction can provide a way to create gravitational shields. With reaction it is possible to shrink atoms almost endlessly. At some point you could get protons so close to each other, that they go together. At some point the atom obviously explodes, not known what kind of anomalies explosion of an atom can cause. In vacuum chemistry and nuclear physics, you increase under pressure and feed heat into process. So that gas keeps it's state. Such should be possible.

Designer and constructor of the efficient system has excellent chances to become a billionaire. Another required thing is mass production method for cooler units. Since changes in temperature and air pressure are small, units must be small, too.

What is the difference between radioactive and cooler chain reaction ?
Radioactive reaction creates heat. Cooler converts heat to electricity or rotational mechanical power. Radioactive and cooler reactions can be used together. Cooler is a substitute for steamer. Although cooler misses heat source, cooler can be used for collecting solar energy 24 hours a day. 365 days a year. In intended usage, it looks like, that cooler creates electricity from nothing.

With enormous coolers you can get rid of the global warming ?
I'd say that it is not possible. With coolers it is possible to reduce manmade heat creation. You can use it in A/C systems, freezers, refrigerators, big cold storages for food processing and cooling in general. Also possible to collect heat from cars and factories exhaust gases.

But is the chain reaction powerful enough for all this ?
Hurricanes, typhoons and tornadoes obviously uses the same nuclear chain reaction. They are a bit too violent and powerful for taking a closer look. Instead of turbines they rotate air. Cold kills them. This sustainable nuclear chain reaction dies after it gets cold, too. Third resemblance is, that they are born in the top and come downwards. In momentary powers tropical cyclones are the 2nd powerful natural forces in our world. In damage making and overall powers they are unbeatable.

- - March 2018 - -

Possible that worries about shrinking ozone layer, high above us, have played a part in global warming.
CFCs are efficient coolers. Their usage was forbidden in aerosols, refrigerators, freezers, fire extinguishers and air conditioning systems in 1990s ( at the same times EU declared war against Europeans welfare and financial growth in general ). Reason was a claim that CFCs are endangering atmosphere's ozone layer. Proof for the claim was not presented, at least in public. CFC is one form of oil, butter, fat : A distant ozone layer is the only imaginable thing, it can endanger.

1st stage in recent global warming started at the same time, last CFC systems vanished. Midgets, media clowns, Nobel winners, etc. started widespread talks about hazardous greenhouse gases. 2nd and current stage in global warming began, after these bright, public talks were successfully converted into reality.

Never seen a diagram from atmosphere, which would define location of the ozone layer. Oxygen is known to vanish from the air with altitude. The higher you go, the less oxygen there is in the air. Ozone reacts easier with burning particles, it also weighs more than oxygen.

Environmental effects of the replacements for CFC are not known. Replacements are known to be less efficient, they have increased energy consumption and cooling costs with app. 20%.

Why do you attack and mock suntan, CFC and CO₂ people ... doctors of all kinds ?
When you the check the presented things, it doesn't take long after you realize, that there is something wrong with the claim and presented threat. The things, they present are obvious lies. They are not accidental lies. Would be very easy for midgets and politics to get a second, an opposite opinion from the matter. CFC and CO₂ claims have been very costly, and the money is wasted for nothing ... worsening the situation ... making the presented threat come true.

- - May 5th 2018 - -

Atom level energy research says, that CFC shrinks the atoms and sucks heat from macro level. It says also that, it is impossible for CFC to damage so called o-zone lawyer. CFC shrinks and cools down in pressure. It does not burn / react with oxygen very easily.

Pressurized CFC was used fire extinguishers. In extinguishers it does the same than water, it drops the temperatures. The foam creates a blanket, which prevents fire from getting new oxygen from the air. CFC extinguisher worked well with methanol fires. Methanol burns on its own, without sucking oxygen from the air. In methanol fire CFC extinguisher do get any help from the foams blanket effect.

A/C system uses CFC for sucking and transporting the heat. You get rid of the heat in A/C radiator, right before you pressurize CFC with orifice. After cooling the cabin / room, you have to decompress and compress the liquid for recharging the CFC.

- - Cold fusion weapons - -

Big vacuum bomb destroys constructions and kills people, animals and plants just like nuclear bomb. It makes a power plant, with maximized power production unsafe.

In general cold fusion is not a very good reaction for weapons. It is slow and very delegate. Unlike nuclear reaction, it stops very easily.

Easy to for example create a system which neutralizes vacuum bombs. Then cold fusion works best with gases. As an explosive it is almost useless. It does not work, when the reactor is surrounded with solid materials. In damage making required sizes and weighs are obviously near each other.

My advise is, that keep the nuclear weapons and forget cold fusion. In weapons and warfare, nuclear weapons are much more reliable.

? Latest nuclear scent study hints, that it is possible to use nuclear reaction in common, very big explosives.

- - Cold fusion in vehicles - -

In A/C system, the process is quick and harmless.

Cold fusion is power solution for big things and long term usage. Although cold fusion reaction can be stopped, it is always a slow process. We are talking about nuclear chain reaction here. In power production, where you maximize the output powers, cold fusion requires a system, which neutralizes big vacuum and temperature leaks.

You could build cold fusion submarines, ships and air craft carriers. With a tuned cold fusion and a converter system a war vessel ... all vessels ... can sail on the seas forever. Water jet uses seawater as fuel and can carry much more bigger payloads.

Also possible to use reactor systems in train, underground and tram lines.

- - Liquid to gas converter - -

It is not yet known how cold fusion works in liquid. Possible that it works better. But it is more likely, that it does not work at all. When so, got to transfer heat from water into gas, you need converters. Liquids misses gases suspension system. We do not know any natural phenomena, which would create cyclones into water.

- - Cold Fusion in Space - -

Cold fusion works very poorly in space. Possible, that you need nuclear power for fast interstellar flights.