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Appendix 6: Site and Bond Percolation Thresholds
Search words: computational theoretical Search type: Any word Files found: 6
... the spin values of the spins at those sites). / (iii) Computational Determination of Percolation Thresholds for Pure ...
Appendix 8: Relaxation Time and Singular Dynamic Scaling
... (Hohenberg and Halperin, 1977, p.436) / In a theoretical study Harris and Stinchcombe (1986, p.869) identify the ...
... Harris and Stinchcombe (1986) proposed an alternative theoretical view, namely, that at p c the "standard" form of dynamic ...
... to the percolation threshold. / In recent years numerous computational studies have been conducted using Monte Carlo ...
Chapter 1: Spin Models
... does it consist of waves or of particles? Or both? 3 / 1.2 Computational Physics / The research described in this study is part of ...
... may be subdivided into three kinds: theoretical, experimental and computational. / (i) Experimental ...
... Nature which decides the outcome and we observe. / (ii) Theoretical physics / Theoretical physics consists in the ...
... experiment then we have reason to trust the model. / (iii) Computational physics / This is a branch of physics distinct from the ...
... physics it does not query Nature directly and (b) unlike theoretical physics its results are not arrived at primarily by ...
... but rather by computation. / Most results arrived at in computational physics are not statements that could ever be logically ...
... etc., in a spin model of magnetic material. So the computational experiment typically does not just reveal what could have ...
... / Given that the construction and querying of computational models is the main activity of a computational physicist, ...
Number of extracts: 8 (29 possible)
Chapter 2: The Simulation Program and its Validation
... evolving over time. 2 In accord with the aims of computational physics as discussed in Section 1.2 , the spin model is ...
... radioactive decay) so a source based upon a deterministic computational source is used. Beginning with some "seed" ...
Computational Studies of Pure and Dilute Spin Models
Description: Monte Carlo simulations of ferromagnetic material using Ising and Potts spin models to ascertain selected properties of such material. Discusses what spin models are and how they are used to simulate magnetic material, with particular attention to the use of cluster algorithms.
... Computational Studies of Pure and Dilute Spin Models / ...
... Spin Models / 1.1 The Role of Models in Physics / 1.2 Computational Physics / 1.3 Modelling Magnetic Material / 1.4 Lattice ...
Computational Studies of Pure and Dilute Spin Models
Description: Monte Carlo simulations of ferromagnetic material using Ising and Potts spin models to ascertain selected properties of such material. Discusses what spin models are and how they are used to simulate magnetic material, with particular attention to the use of cluster algorithms.
... Computational Studies of Pure and Dilute Spin Models / ...
A maximum of 8 extracts were requested. Some occurrences are not included above.