Title : Dissipative Research and development of dissipative work W=Q=CF2t and gravitational field energy
Abstract:
What is energy?
In physics, if an object has the ability to do work, it possesses energy. Here, doing work refers to mechanical work = FS. With the current proposal of dissipative work W = Q = CF^2t, doing work can now include two different forms of work: mechanical work and dissipative work. a gravitational field is not a concrete object, it can do work on any object within it; therefore, the gravitational field possesses energy. Energy can be developed and utilized. The first of development is the well-known hydroelectric power generation, which utilizes W = Fs = Gh = 1/2mv^2. The essence of hydroelectric power generation is not utilization of the so-called potential energy of water, but rather the development of gravitational field energy, with water serving merely as a medium. The essence of dissipative work is the effect of force, a natural phenomenon universally present in mechanical systems, where Q = W = CF^2t and P = CF^2 is the heating power of the force. heating power is proportional to the square of the force, which provides a completely new approach to the research and development of gravitational field energy. By utilizing F = ps and the liquid pressure = ρgh, powerful pressure can be obtained to increase the heating power, and thermal energy can then be used to generate electricity. Two experimental devices will be introduced. For the equation state T = F(p, v), the experimental device serves as the test apparatus, showing that the new and old theories converge to the same conclusion
