Anyway, current installation has only one pump, and has to produce the same pressure difference.
For 41m pipe, Reynolds number 75000, turbulent case, by quick calculations I got about 50 bar.
It may be usefull to use two different compressors. On finishing, depending on surface tension, some...
Even if somehow you will manage to create such cylindrical beam of electrons with equal positive ions inside (which seems practically impossible), recombination energy will be to high and lead to sputtering as ions, atoms and small molecules.
Sorry, mean blowing very thin wire by capacitor discharge, not just heating. The inert gas pressure needed to make Pt atoms diffuse into shadowed parts of reactor instead of direct beam epitaxy like in high vacuum. And to avoid forming aerosol like it would be in higher pressure atmosphere.
B will just increase energy dissipation, thus the perfect material for B is vacuum (an air is also good).
All you can do is to find best material for A. (superfluid liquid helium is the best, but I suppose is not suitable for your design), pure monocrystals would vibrate longer
If you can afford to spend dozen of thousands for this, try to reproduce some extraordinary material, ie aerogel, nanotubes, diamond, high-temperature superconductors, etc.
Those technologies are quite documented, but not yet in the mass production stage.
Thus, it will give you the real...
For the purpose of armor, CNT based composite, I think, would be the best solution, but extremely expensive.
But not sure it's good idea to use them for artificial muscles in exosceleton. As it said by the link you provided, 'muscle' is made of aerogel based (very rarefied) oriented nanotubes...
For example, there are two blocks connected with the spring/rubber medium. After a shot shake, those blocks stay motionless, but the medium still vibrate for some time. Is this kind of design do you mean?
I suppose it's not that easy to cover it manually, if HCl would go through valves and etc.
What I would suggest, is to deposit protective film from vapor phase.
Ultimate long-term solution would be to heat thin platinum wire inside reactor in atmosphere of 10-100 Pa of inert gas.
Please convert picture from bmp to gif/jpg before posting, it will save a lot of traffic.
Didn't get idea of your design.
Do you mean particular types of plastic, to test, whether it will degrade in open ocean environment?
In general, any material with small viscoelasticity(low energy losses due to deformation) at given conditions.
It may be peace of glass, metall, rubber, even water dropplet, depending of what do you need.
In case of low intensity ray (if you don't mean nuke-powered gazer), ionization level will be very little, and majority of photons will be absorbed by neutral atoms of the air. Thus, with very good approximation you may assume that ions and electrons impulses will be evenly distributed in all...
1. At the temperature of glass melting acetone will decompose. So, if you need to weld glass or especially bore capillary, you will need some gas medium, ie Ar.
Or use some other shell material, in example ftorpolymer analogue of epoxy resin. To form acetone bubbles in the non-cured resin.
Wouldn't it be easier to modify boiler itself, ie set 10bar valve, to make it consume less power?
Or your boiler uses different source of heat? Than it may be the good idea. I'm wondering, why steam engine power generators not in common use, it's very simple and may be fueled with coal or woods.
But, what is general idea? To do NMR experiments with various solutions? I would use long silica or ftorpolymer tube, connected to the pump and source of substances at one side. It would be cheaper for a set of experiments.
For dielectric compounds at high vacuum I would try modify regular CRT monitor to increase beam power or decrease scanning rate. Remove the front glass and point it to the sample. But don't you think it will be easier than get regular magnetron?
Due to silicon conductivity, you may try use silicon samples as electrodes to create plasma between them. Some small residual pressure need for igniting at least by cathode ray.
I don't remember exact numbers, when I experimented, something about 70V was enough for Hg plasma ignition without...
Great value of p is necessary for the great uncertainty in p.
Let's say, we have a particle with the well-known p→, scuttering on the target (also well-known p→).
Therefore there is a big uncertainty in x
But, after the scuttering, x may get well measured (xspace by affecting the lattice...
May be it has a sense. But not so simple, I think.
One should take care of the different substances.
Like for the nonequilibrium plasma, where ions and electrons forms two, with their different temperatures.
What <unified temperature> does have such a plasma?
The special thing about gain...
And this, I believe, is not good.
The "temperature" term is not some sacred word given by heavens.
I think it's better to distinguish these concepts.
Then let us continue thinking this way.
Then let us use another word for that sense.
The temperature.2 of laser's gain medium, if...
Than why to extra complicate the temperature?
It is the statistical concept for the wide class of systems.
Laser's gain medium is a bit out of that class.
May be there is a reason to percieve it as a mix of systems with different temperatures.
Something like nonequilibrium plasma.
What is the meaning of negative temperatures do you mean?
It doesn't have physical sense.
The only one I know, is about population inversion in a gain medium of the laser,
reflecting the fact, that number of excited atoms at higher level is bigger, than of those at lower level.
Pure aluminium is too soft for construction purposes.
Many common alloys (ie silumin) has better strength/weight ratio, than ordinary steel.
But are more expensive.
Should also pay attention for the operating temperature and corrosion factors.