Schematic of inflow <i>I</i>₀ of goods at <i>r</i> = 0 with consumption at various r as the product flows outwards through the market links.

مواد مشابهة

• Single-location electric circuit models showing supply (s) and demand (d) sectors with correspondingly superscripted voltages V (i.e., negative prices P), currents I (flows of goods), resistances R, capacitances C, inductances L, and admittances Y.
  حسب: P.A. Robinson (7160618)
  منشور في: (2025)
• Probability density functions (pdfs) of prices for various locations for the three-node system shown in Fig 5 but with <i>L</i> = 1 H placed in series with each resistor.
  حسب: P.A. Robinson (7160618)
  منشور في: (2025)
• Probability density functions (pdfs) of market price increments for locations <i>q</i> at various distances from the central producer in an network connected with locations connected via their nearest neighbor.
  حسب: P.A. Robinson (7160618)
  منشور في: (2025)
• Nominal parameters used in the numerical simulations, except where otherwise noted in the text, where T is the chosen unit of time, which is arbitrary here. Nominal cases are purely resistive and price is the negative of voltage.
  حسب: P.A. Robinson (7160618)
  منشور في: (2025)
• Dynamic quantities and parameters shown above and below the line, respectively, with their symbols in the second column, and units in the third, where $ denotes money, T denotes a unit of time (e.g., years), and Q is the unit of goods. Note that is unit price. Most terminology for model economic quantities is taken directly from the electrical analogs in columns four to six, especially where no specific term for the relevant quantity exists in economics. An alternative would be to use terms such as economic inertia, storage capacity, etc., for inductance, capacitance, etc., in column 4.
  حسب: P.A. Robinson (7160618)
  منشور في: (2025)