A New Method of Measuring Line Spread Function
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概要
- 論文の詳細を見る
- 社団法人応用物理学会の論文
- 1979-07-05
著者
-
Uchida Suguru
Department Of Electrical Engineering Faculty Of Engineering Gifu University
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Inatsu Hiroshi
Department Of Radiology Miyazaki Medical College Hospital
関連論文
- Reciprocity-Law Failure in Radiographic Image-Forming Systems
- Reliability of the Modulation Transfer Function of Radiographic Screen-Film Systems Measured by the Slit Method
- Comparison of Several Methods for Measuring the Wiener Spectrum of Radiographic Screen-Film Systems
- Evaluation of Radiographic Images by Using Sequential Dependency
- Evaluation of Images for Computed Tomography Scanners by Entropy
- Evaluation of the Wiener Spectrum of Radiographic Screen-Film Systems by Entropy
- Theoretical Analysis of Radiographic Images by Nonstationary Poisson Processes
- Applications of Uncertainty Analysis to Visual Evaluation of Density in Radiographs
- Evaluation of Radiographic Images by Entropy : Application to Development Process
- Reciprocity-Law Failure in X-Ray Films in Reversal Processing
- Fourier Analysis of the Blurring Caused by the Ionization Chamber (2) : in Depth Dosimetry
- The Relationship between Signals and Graininess on Radiographs
- Assessment of Radiological Image Quality by Redundancy : Subject Contrast
- Evaluation of Total Performance of Image Receptor by Redundancy
- Assessment of Image Quality of Negative- and Reversal-Processed Medical X-Ray Films with Intensifying Screens by Entropy Method
- Transmitted Information of TLD Elements
- A New Method of Measuring Line Spread Function
- Fourier Analysis of the Blurring Caused by the Ionization Chamber (1) : in Air Dosimetry
- Entropy Calculation Method in a Duplicating Series System
- Assessment of Radiographic Granularity by a Single Number. : II. Interpretation of Conditional Entropy H_x(y) in the Bivariate Entropy Method
- Image Quality of Reversal-Developed X-Ray Film with Reference to Density
- Spatial Frequency Characteristics of Reversal X-Ray Films
- Assessment of Radiographic Granularity by a Single Number
- Assessment of Signal Detectability for Conventional and Reversal-Processed Medical X-Ray Films Obtained without Intensifying Screens