I knew that. That is why I want to know what type of materials do NOT absorb them but let them through in use for solar panels. This way we can have an algae farm and a solar farm in literally in the exact same location. Or we could have a solar powered greenhouse.
And if algae have...
I know I change my mind often but hear me out on this. I'm changing back to iron core solenoids, but the frequency will be lower. So how high of a frequency can you have before it just reflects off the iron?
And yes, I do change my mind, but that is only in response to changing information...
So THAT is why it is so expensive. I guess it makes sense now.
I've been thinking about a way how you can grow algae and use solar energy in the same location. The solar panel absorbs all light (or as much as possible) except for the green and yellow wavelengths. This is also useful for...
Well personally I feel it highly depends upon the application. It may be an unnecessary application for here on Earth due to logistical issues, but what if you are one day going to create a space-based economy and you need to transmit power from one location to another?
Also, if the satellite...
Well, the reason why I wanted to use carbon was because it is more common. Won't the fusion process release neutrons and won't that eventually split the Erbium or Titanium? Or do the neutrons have too little or too much energy?
Also, I just wanted to point out that just like the P&F experiment...
Well what do you recommend? The delay wire or the quadrature method? Also I am going to use the 1.575GHz patch-type antenna for this. I am going to use them instead of inductors because not only will iron cores not work for such high frequencies (reasons why were discussed earlier) but it would...
I am almost there. I just need a frequency generator or inverter of some sort, with a frequency of no lower than 4GHz, hopefully one that won't break the bank either.
As for a phase shifter, I will use the delay line method, thanks.
My name "crystal catalyst" because I believe that is the best way to achieve fusion. It was inspired by the Pons and Fleishman experiments. Were they actually right? I don't know. But maybe they were on the right track, as having the fusion fuel loaded inside a crystal catalyst that holds the...
That's not completely true. I took a semester of circuits.
But I am changing my design. I am no longer going to use iron-based solenoids. Now I am going to capacitors instead. So now I need information about how quickly the ELECTRIC FIELD propagates thorough materials, including insulators and...
Thank you for the understanding. Just don't let berkeman lock this topic.
As for what I am trying to do is similar to a Chinese patent somewhere. Except this person does not use iron and I do not know why. Plus the geometry I am trying to use is totally different. I will tell you more later.
Sorry of accusing you of being a bot. I meant to say "not". (B and N are right next to each other on the keyboard.)
The reason why I am asking this is because I legitimately don't know. Before I have some sort of design ready I need to have some questions answered first. For example, if a...
This is going WAY off topic. If a square wave circuit tuned to the microwave frequency instead makes what looks like something closer to a sine wave, then that's fine, in not preferred. The question is that can it be phase delayed by 90 degrees? And if an ordinary phase shifter will do all the...
Well I'm not 100% sure what the frequency must be but it will be fixed during operation. Although I would like to try different configurations. I guess a sine wave wouldn't hurt either. It just looked extremely expensive or complicated to create a pure sine wave source so I figured that maybe a...