House.gov Webmaster – Caucuses and entities need clarity and references. Emails need logs and coutesy

At https://fletcher.house.gov/about/committees-and-caucuses.htm there is a text list of committees and caucuses. But no links, or explanations. I am sure “caucuses” show up all over House.gov and every place they are not “intelligent” with background and links immediately – it misses an opportunity to help citizens and people of the world understand who and what. I
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Are State Representatives allowed to have opinions and share them on contemporary USA and global topics?

Jolanda Jones, I was curious what a State Representative does. At 75, I finally have a little time to look. I tried writing to you on Facebook, but I think no one reads them. Acknowledging is a start. I found your House Bill “Relating to the inclusion of affordable housing as a qualifying project for
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Adiabatic Flame Temperature – preheat and measure 3d temperature, model and optimize

Adiabatic Flame Temperature at https://www.youtube.com/watch?v=AwgQvi1Y24o I would pre-heat the oxygen and fuel molecules electromagnetically. Then record the 3D volumetric temperature distribution, tracking flow of reactants. To start. And find the temperature dependent heat capacities data or models. To start. Calibrate and optimized the linked models. Track spectroscopic IR, VIS, thermal, UV, whatever is available. Share
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Any material transparent in 2-14 micron

At https://www.spectral-systems.com/technical-data-sheet/zns-zinc-sulfide/ the image for IR spectrum at https://www.spectral-systems.com/wp-content/uploads/2016/07/2-mm-ZnS-IR-Spectrum.jpg is missing. I am trying to find ZnS or ZnSe lenses to test an idea. But since it does not have to be durable, any solid low cost material transparent from 2-18 micron would do.

Using ZnSe and GaAS lenses with Sony Starvis and similar detectors at high gain and frame rates for machine vision applications

To: Fuzhou Hundreds Optics Inc 100Optics.com, Some very low light and NIR sensors might be able to pick up LWIR, out to thermal wavelengths 5-15 microns — if they used ZnSe lenses or GaAs. You could check pretty easily.  I think the Sony Starvis might work but would need to use statistical methods and high
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An ideal accelerating field knows its materials and their properties down to femtoMeters and femtoSecond if need be

ElectoBoom: Making a Water Railgun at https://www.youtube.com/watch?v=Qy81O7LrB84 1 cubic centimeter of water is 1 gram = 1E-3 Kg. Add 1 Watt Second = 1 Joule of energy. (1/2) * m * v^2 = Joules Velocity_meterspersecond^2 = 2*Joules/Kilograms Velocity_MetersPerSecond = sqrt(2*Joules/Kilograms) sqrt(2*(1 Joule)/1E-3 kilogram) = sqrt(2000 Joules/kg) = 44.7213595 (m/s) = 100.0388320956 Miles per Hour Note:
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