continuous phase transitions造句
例句與造句
- Second-order phase transitions are also called " continuous phase transitions ".
- The 2D Ising model was the first model to exhibit a continuous phase transition at a positive temperature.
- They are also used to critical exponents, which describe the behaviour of physical quantities near continuous phase transitions.
- However, it can only roughly explain continuous phase transition for ferroelectrics and type I superconductors which involves long range microscopic interactions.
- The techniques, together with powerful computer simulation, contribute greatly to the explanation of the critical phenomena associated with continuous phase transition.
- It's difficult to find continuous phase transitions in a sentence. 用continuous phase transitions造句挺難的
- The simplest theory that can describe continuous phase transitions is the Ginzburg Landau theory, which works in the so-called mean field approximation.
- More generally, the term directed percolation stands for a universality class of continuous phase transitions which are characterized by the same type of collective behavior on large scales.
- Seminal self-diffusion studies done with collaborators at Eastman Kodak produced order parameters that proved transitions among such complex equilibiria are continuous phase transitions ( chemical equilibria ).
- As the temperature is lowered, thermal disordering is lowered, and in a continuous phase transition the correlation length diverges, as the correlation length must transition continuously from a finite value above the phase transition, to infinite below the phase transition:
- Depending on the material and experimental conditions, metamagnetism may be associated with a first-order phase transition, a continuous phase transition at a critical point ( classical or quantum ), or crossovers beyond a critical point that do not involve a phase transition at all.
- Professor Watt W . Webb s undergraduate studies at MIT in Business and Engineering Administration for his SB degree in 1947 led him to engineering research and development at Union Carbide Corporation Research Laboratories until 1952, then back to MIT for his ScD in Metallurgy awarded in 1955, then returning to Union Carbide for solid-state and chemical physics and as coordinator of fundamental research and then assistant director of research until he joined the Cornell University faculty of Engineering Physics in 1961, introducing experimental research in superconductivity and in continuous phase transitions.