iWindTurbine vs. Atoms To Go Table of Elements Utilizzo e statistiche

Build your own wind turbine and see how many houses can be powered with your wind turbine. iWindTurbine calculates the electricity power generated by horizontal axis wind turbines. Enter the rotor diameter, air density, wind speed, aerodynamic efficiency and electro-mechanical efficiency of the turbine and iWindTurbine calculates the generating electricity power and the number of houses that can be powered with this turbine. Features: -Available for iPad, iPhone, and iPod Touch (one purchase supports all devices) -Manage Metric and Imperial units -Calculates the nominal output and annual output power -Shows the number of houses powered by the turbine -Adjustable annual house electricity consumption -Shows the available power of the wind -Calculates blades swept area -Default button to set values for a 1 MW turbine Disclaimer: Although the calculations done by this app were made with great care, it may contain errors or inaccuracies. Using the results of the calculations is the responsibility of the user.
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Atoms To Go is your go to source for chemical and nuclear data on the elements, much like a periodic table of the elements. In addition to the usual information found in such programs, it also contains a wealth of nuclear information on each isotope, including half life, decay mode, and daughter products. Data is displayed for the following physical properties: Density Heat of Vaporization Heat of Fusion Specific Heat Thermal Conductivity Linear Expansion Coefficient Melting Point Boiling Point Atomic Radius Covalent Radius Bulk, Shear, Young's Modulus Poisson Ratio Brinell, Mohs, and Vickers hardness data Magnetic Susceptibility Electrical Resistivity Electron Affinity Electric Dipole Polarizability State (gas, liquid, solid) Photoelectric Work Function Electronegativity Crystal Structure Abundance in Earth's Crust Abundance in Earth's Sea Abundance in Earth's Atmosphere Abundance in Solar System Number of Isotopes Number of Naturally Occuring Isotopes Number of Stable Isotopes Photon Interactions Magnetic Dipole Moment Electric Quadrupole Moment Nuclear Spin For each isotope, the following information is available: Decay mode Half life Abundance Atomic mass Mass excess Binding energy Q value Nuclear spin Magnetic moment Electric moment Alpha radiation energy Beta radiation energy Electron capture radiation energy Number of protons Number of neutrons Daughter produce Possible parent(s)
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iWindTurbine VS.
Atoms To Go Table of Elements

gennaio 3, 2025