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Maximum likelihood spectral fitting: The batchelor spectrum
B. Ruddick, A. Anis,
K. Thompson
Office of Research and Development
Research output
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Contribution to journal
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Article
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peer-review
158
Citations (Scopus)
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Dive into the research topics of 'Maximum likelihood spectral fitting: The batchelor spectrum'. Together they form a unique fingerprint.
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Keyphrases
Batchelor Spectrum
100%
Batchelor's
33%
Fit Parameters
33%
Function Approach
33%
High-temperature Microstructure
33%
Instrumental Noise
33%
Least Square Function
33%
Least Squares Technique
33%
Microstructure Profiler
100%
Noise Spectrum
33%
Pseudocode
33%
Spectral Fitting
100%
Spectral Form
33%
Statistical Quantity
33%
Theoretical Spectra
33%
Worst Fit
33%
Engineering
Based Cost Function
33%
Batchelor
100%
Direct Application
33%
Error Bar
33%
Noise Spectra
33%
Pseudocode
33%
Spectral Form
33%
Mathematics
Likelihood Function
33%
Monte Carlo Technique
33%
Pseudocode
33%
Square Function
33%
Physics
Noise Spectra
100%