MIG

I think that is best if you use electric heater ,it will be not so expensive + if you put around him bricks you will have good oven. If you like you can put electric energy direct on the object you like to heat and if you can control the current (A) you can precisely reach temperature

I ‘m sure this device will work and it is stable , but yes there must be a electronics that will turn magnets on or off I think if I put one more f electromagnet between too magnets but fixed with vehicle it will be better( nodes must be change in that case )

I agree with Mayflower , but if you really think about this try to invent or improve something which will save energy but for reasonable cost . If you think of something practical I will help in drawing and construction

In the space we can create energy but we cannot create materials ( fuel’s ) . I think and read a lot about magnetic propulsion but I cant find any good schematic description. I don’t know if there is any ( maybe NASA have something ) I will like to see what you think about this , this is all my idea I will start with basic principle of how my mechanism will work We have 4 electromagnets 2 of them are flouting on the magnetic railroad (or in basic appliance they can be on the wheel and slide on the surface of railroad )and the other 2 are fixed on the end of the ship or vehicle. When we put power in the electromagnets they will start moving and push the vehicle only in one direction.( fixed electromagnets are for avoiding direct mechanical hit of moving electromagnets with surface of the vehicle ) this is the picture basic.jpg Like you can se generator of electricity is onboard .

EROR

This is no solution for energy problem. But i agree that in some areas it's possible to lover energy loses

This on the picture will be the electro magnetic tunnel( like the trains are moving on the electro magnetic energy) the idea is to put rocket inside and speed up in the circle until reach good speed , and then release the rocket try the vertical tunnel . Rocket can also carry own fuel for additional speed The tunnel will be in vacuum What do you think - It’s possible to use on earth , inside the orbit , on the moon ( It’s so easy to produce electric energy out in the space , it’s hard to find material for fuel like H2 ; O2

I can spoke Macedonian, Serbian, Bulgarian, and little Russian

- when i was younger i thought i had a load of perpetual motion devices thought up Me to. We need to build devices that will use energy witch is here and it’s no cost or low cost try to focus on this

magnetic propulsion system = manageable acceleration I try to find prove on the web for work of magnetic propulsion system but I find it’s not yet ready for development or maybe impossible to work without some chemical energy. Please send me a link if you think different

The whole idea is to use fuel on ground it’s not necessary to lift the tons of reservoirs and fuel and the cost will be lower and you can fire much more material into orbit Look at this, this is the thing that motivate http://www.astronautix.com/lvs/babongun.htm This Gerard Bull was great , you must see the movie

I don’t know how much will be the initial speed Butt this doesn’t mean that we will use craft with humans inside We also need building material’s up there

If you sow the movie with the super gun for Iraq you will know what I suggest : Big gun that will fire small craft’s in the orbit in the shell , at some altitude shell will break and craft will start his own engines What are you think it will cost more or less for launch of the craft Jules Vern

It's possible but i think it will be better in fuel cell application

if this definitions are ok then it's impossible to talk about temperature of photons (light) -When concentration of photons hit some atom it will cause movement of the atom -Bigger the concentration faster hi will travel ( or hi will have bigger temperature )

temperature: A measure of the average energy of a system of atoms. or: A measure of the speed of motion of a typical atom or molecule in a substance. or: the degree of hotness or coldness of a body or environment (corresponding to its molecular activity) the somatic sensation of cold or heat http://www.cogsci.princeton.edu/cgi-bin/webwn2.1 Temperature is the physical property of a system which underlies the common notions of "hot" and "cold"; the material with the higher temperature is said to be hotter. en.wikipedia.org/wiki/Temperature A measure of the energy in a substance. The more heat energy in the substance, the higher the temperature. The Earth receives only one two-billionth of the energy the sun produces. Much of the energy that hits the Earth is reflected back into space. Most of the energy that isn't reflected is absorbed by the Earth's surface. As the surface warms, it also warms the air above it. eobglossary.gsfc.nasa.gov/Library/glossary.php3 The temperature is a measure of the internal energy that a substance contains. This is the most measured quantity in the atmosphere. 1 gcrgweb.sdsu.edu/rosaparkswx/glossary.html The temperature of a sample of matter is a measure of the average kinetic energy of the molecules in that sample. http://www.physchem.co.za/Common%20Files/Glossary.htm a measure of how hot or cold a place is http://www.nationmultimedia.com/edu/edu_back/may_8_14/vocab.html A degree of hotness or coldness the can be measured using a thermometer. Also a measure of how fast the atoms and molecules of a substance are moving (see Kinetic energy). Temperature is measured in degrees on the Fahrenheit, Celsius, and Kelvin scales. http://www.ucar.edu/educ_outreach/webweather/glossary.html the degree of hotness or coldness as measured on some definite temperature scale k12.ocs.ou.edu/teachers/glossary/t.html A physical quantity characterizing the mean random motion of molecules in a physical body. http://www.austin360.com/weather/content/shared/weather/weather_glossary.html measurement of the average kinetic energy of the individual atoms of a substance or object. http://www.ocean-institute.org/edu_programs/materials/P/Glo/S_Glos.htm a measure of the random motion energy (the average kinetic energy) of a group of particles in a gas, liquid, or solid. The temperature is higher if the particles are moving faster. http://www.astronomynotes.com/glossary/glosst.htm

First we must see what is the temperature and then to discuss