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Neutron Radiography : Proceedings of the First World Conference San Diego, California, U.S.A. December 7–10, 1981
An Animal Biological Application of Neutron Radiography : Study of Bone Tissue Rat Compared with Standard Radiography and Histology
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Author(s):
Béatrice Graf
,
Jean Le Gall
,
Guy Renard
,
André Laporte
Publication date
(Print):
1983
Publisher:
Springer Netherlands
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Animal models of intrauterine growth restriction (IUGR)
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Neutron Radiography, Methods, Capabilities and Applications
H. BERGER
,
H Berger
(1965)
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Correspondence
J. ANDERSON
,
S. Osborn
,
R. C. B. Tomlinson
…
(1964)
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Neutrography of the skeleton
B. GRAF
,
M.J. Thillard
,
A Laporte
…
(1980)
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Book Chapter
Publication date (Print):
1983
Pages
: 533-541
DOI:
10.1007/978-94-009-7043-4_65
SO-VID:
73aa7c2b-aa0b-475c-94e9-8ed8b801649b
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Book chapters
pp. 3
Introduction to the Conference
pp. 5
Basic Principles of Thermal Neutron Radiography
pp. 23
Physics of Neutron Radiography Using Selected Energy Neutrons
pp. 35
Nuclear Industry Application of Neutron Radiography in Europe
pp. 47
Application of Neutron Radiography in Japan
pp. 51
Neutron Radiography Facilities Using Neutron Beams from Nuclear Reactors
pp. 59
Review of Neutron Radiography Development Activities at Argonne National Laboratory
pp. 67
A Review of Ten Years of Operation of the Industrial Neutron Radiography Facilities Associated with the Triton Reactor at the Fontenay Aux Roses Nuclear Research Center
pp. 77
Applications and Trends of Industrial Neutron Radiography
pp. 85
Neutron Radiography at Lucas Heights
pp. 93
Neutron Radiography in Brazil
pp. 99
Use of a Neutron Guide in Industrial Neutron Radiography
pp. 107
Status Report on the Activity of the Neutronradiography Group in Pusat Penelitian Teknik Nuklir Bandung (Bandung Reactor Centre)
pp. 111
Characteristics of Neutron Radiography Systems Using Accelerators and a Research Reactor
pp. 119
Development of a Neutron Radiography System at the Triga Mark III Reactor of the Nuclear Center of Mexico
pp. 127
Neutron Radiography Experiences at the Low Flux Reactor
pp. 135
Progress in NR Techniques and Applications at AWRE Aldermaston
pp. 145
Neutron Radiography at Dido Reactor
pp. 153
Neutron Radiography at the General Electric Nuclear Test Reactor
pp. 163
Neutron Radiography Facilities at Sandia National Laboratories, Albuquerque (SNLA)
pp. 173
Neutron Radiography Techniques at Sandia National Laboratories, Albuquerque (SNLA)
pp. 183
Description and Characterization of the BR1 Neutron Radiography Facility
pp. 191
Six Years’ Experience with the Double Beam Neutron Radiography Facility at the Risø National Laboratory
pp. 199
A 233U Fuelled Reactor for Neutron Radiography
pp. 209
Design and Safety Aspects of Neutron Radiography Rig for Examination of Irradiated Objects
pp. 219
Developement of an Online Neutron Radiography System of High Resolution for Nuclear Materials
pp. 227
Neutron Radiography Installation in the HFR Reactor Pool
pp. 235
Neutron Radiography Installation for Long Fuel Rods at the HFR Petten
pp. 241
Neutron Radiography in Grenoble (I): A Complementary means for Inspecting Nuclear Fuels during Irradiation
pp. 251
Treat Neutron Radiography Facility
pp. 257
Hot Fuel Examination Facility Neutron Radiography Reactor Design
pp. 263
Operation and Modification of the HEDL Neutron Radiography Facility (NRF)
pp. 271
Design of the Fuels and Materials Examination Facility (FMEF) Neutron Radiography Facility for Irradiated Fuel
pp. 281
Neutron Radiography and Autoradiography at the J. Stefan Institute
pp. 291
Cold Neutron Radiography Applied to the Study of Hydrogen in Palladium
pp. 303
Determination of Nydrogen Content in Materials and Products by Neutron Radiography Method
pp. 309
Optimization of a “Constant Quality Level Control System” the “Orphee” Industrial Neutron Radiography Facility
pp. 315
Neutron Radiographic Inspection of Composite and Composite-Metal Structures
pp. 325
Neutron Radiography of Apollo Ordnance
pp. 333
Contrast Enhancement in Neutron Radiography Using a Gaseous Penetrant
pp. 339
Doping Explosive Materials for Neutron Radiographic Enhancement
pp. 349
Examination of Fuel Rods by Means of Neutron Radiography
pp. 355
Neutron and Gamma Radiography of UO2 and Triga Fuel Elements
pp. 365
Inspection of Pu particle in UO2-PuO2 pellet by neutron radiography
pp. 369
Non-Destructive Control of Plutonium Oxide Fuel Pins by Neutron Radiography at the BR1 Neutron Radiography Facility
pp. 375
The application of neutron radiography for the testing and investigation of nuclear fuel elements
pp. 383
Neutron Radiography Applications
pp. 391
Application of Epithermal Neutron Radiography to Performance Tests on Advanced LMFBR Fuel
pp. 395
Neutron Radiography of Subassemblies or Pins in a Hot Laboratory
pp. 403
Feasibility of Epi-Thermal Neutron Radiography of Fast Reactor Fuel Assemblies
pp. 411
Ex-Core Neutron Radiography of Large Fuel Bundles
pp. 419
Recent Developments and Capabilities in Neutron Radiography at HEDL
pp. 425
Postirradiation Examination Using Neutron Tomography
pp. 437
Neutron Radiography Applications and Techniques at the Hot Fuel Examination Facility
pp. 447
In Pool Neutron Radiography of a BWR Control Blade
pp. 453
Inspection of Reactor Fuel- and Absorber-Elements by Means of Neutron Radiography with a Small Size Antimony-Beryllium Neutron Source
pp. 461
Neutron Radiography Feasibility Studies for Steel Examination for the Liquid Metal Fast Breeder Reactor Program
pp. 469
Creep Strain Measurements on Irradiated Stainless Steel Samples by Means of Neutron Radiography
pp. 481
Reactor In-Situ Test-Fuel Neutron Radiography
pp. 487
Image Restoration to Increase Resolution of the Fast-Neutron Hodoscope
pp. 495
Resonance Neutron Radiography
pp. 503
Neutron Resonance Transmission Analysis of Reactor Spent Fuel Assemblies
pp. 513
Resonance Neutron Radiography
pp. 519
Resonance Neutron Radiography Using a Pulsed Neutron Source and a 2-Dimensional Scintillation Detector
pp. 533
An Animal Biological Application of Neutron Radiography : Study of Bone Tissue Rat Compared with Standard Radiography and Histology
pp. 543
Neutron Radiography of Osteopetrotic Rat
pp. 555
The Use of Neutron Radiography and Microdensitometry in the Study of Instrumental Effectiveness on Dental Tissue in the Process of Mineralization
pp. 565
Fast Neutron Imaging by Cellulose Nitrate Foils
pp. 573
Fast Neutron Radiography in Biology and Medicine
pp. 581
A Neutron Radiography Technique for Studying Young Roots Growing in Soil
pp. 591
Forensic Utilization of Neutron Radiography
pp. 601
Neutron Image Intensifier Tubes
pp. 609
Fluorescent Converter and Neutron Absober being Made of Boron Nitride
pp. 617
MTF Analysis of the Near-Real Time Neutron Radiography Facility at Murr
pp. 625
Aero Engine Applications of Cold Neutron Fluoroscopy at Rolls-Royce Limited
pp. 635
Cold Neutron Fluoroscopy Of Operating Automotive Engines
pp. 643
High Frame-Rate Neutron Radiography of Dynamic Events
pp. 653
High Speed Motion Neutron Radiography of Two-Phase Flow
pp. 661
Time-Resolved Neutron Radiography of Reactor Fuel
pp. 673
Neutron Radiography Facility Using 252Cf Neutron Source
pp. 681
Neutron and Gamma Simultaneous Radiography Using a 2 5 2Cf Isotopic Neutron Source
pp. 689
Californium-252 as a Source of Subthermal Neutrons
pp. 695
Performance of the Mound Facility Californium Multiplier
pp. 699
Underwater Neutron Radiography Facility Utilizing Small Neutron Generator
pp. 707
Application of Neutron Radiation Inspection at the Pantex Plant
pp. 717
A New Accelerator-Based Neutron Radiography System
pp. 727
Improvement of Efficiency of n,α Converters to Realize NR with Relatively Low n Flux Sources
pp. 729
How Good is Nitrocellulose Film for Neutron Radiography?
pp. 737
Optimisation of Etching Conditions and Shortening of the Etching Time of Cellulose Nitrate Films
pp. 745
Easy Direct Evaluation of NR Images on Cellulose Nitrate Films
pp. 747
Use of Cellulose Nitrate for Neutron Radiographic Testing of Burned Fuel Elements
pp. 755
A Study of the Neutron Radiographic Parameters of Some Solid State Nuclear Track Detectors
pp. 767
Track-Etch Radiography Using 10B4C Convertor
pp. 775
Development of an Enriched Elemental Boron-10 Conversion Screen for Improved “Track-Etch” Image Recording
pp. 785
Development of Enriched Boron Track-Etch Converter Screens for Neutron Radiographic Applications
pp. 793
Fission Neutron Radiography with Etch-Track Detectors
pp. 799
Allyl Diglycol Carbonate as a Track Detector Material for Boron Autoradiography
pp. 807
A Model Describing Quantitative Neutron Autoradiography for Boron in Iron
pp. 817
On the Underlying Causes for the Shape of the Density Trace of a Round Object
pp. 825
Neutron Radiography in Grenoble (II) : Its Application in Routine Dimensional Measurements on Irradiated Experimental Fuel Pins
pp. 833
Application of Neutron Radiography in Light Water Reactor Fuel Pin Testing Programs at the High Flux Reactor Petten
pp. 843
On the Problems Relating to the Accuracy of the Measurement of Fuel Pin Diameters by Neutron Radiography
pp. 851
Measuring Signal-to-Noise Ratio of Typical Neutron Radiographs
pp. 859
The Extremum-Slope Criterion for Precise Dimensional Measurements in Neutron Radiography
pp. 867
Dimensional Measurements of the Petten Calibration Pin
pp. 885
Neutron Radiographic Image Definition under a Wide Range of Resolution Conditions
pp. 891
Inverse Contrast In Neutron Radiography
pp. 899
The Neutron Computer Tomography
pp. 907
The Role of Backdiffused Beta Radiation in Imaging with Beta Emitting Neutron Radiographic Converter Screens
pp. 919
The Influence of Multiple Refraction Effects on the Sharpness of Neutron Radiographs of Ferromagnetic Materials
pp. 929
Scattering Point Spread Functions in Neutron Radiography
pp. 937
Neutron Image Simulation by Monte Carlo Methods
pp. 945
Zone Plate Encoded Neutron Holography
pp. 953
Small Angle Neutron Scattering Complementing Neutron Radiography
pp. 961
Digital Neutron Radiography Using Plane Converters with Multiwire Proportional Chambers
pp. 971
The Application of Indirect Radiography to Neutron Field Studies
pp. 977
Cold Neutron Spectra of the General Atomic TRIGA Mk. F Neutron Radiography Facility
pp. 985
Neutron Radiography Standards in the United States of America
pp. 993
Personnel Qualification for NDT in the U.S.A.
pp. 997
Work on the Characterization of Sensitive Surfaces Used in Neutron Radiography, Conducted under the Auspices of Afnor
pp. 1003
Methodology Used to Characterize an Industrial Neutron Radiography Facility Use of the Specific Image Quality Indicator
pp. 1013
Discussion Notes on the Workshop on ’Neutron Radiography Standards for General Industry’
pp. 1017
Search for Adequate Quality Standards for Neutron Radiography of Nuclear Fuel
pp. 1025
Euratom Test Program for Image Quality and Accuracy of Dimensions
pp. 1035
On the Development of a Combined Beam, Sensitivity and Measurement Quality Indicator for the Neutron Radiography of Fuel Pins
pp. 1043
Recommended Practice for the Neutron Radiography of Nuclear Fuels
pp. 1047
Discussion Notes on the Workshop on ’Neutron Radiography Standards for the Nuclear Industry’
pp. 1049
Discussion Notes on the Workshop on ’Needs of Neutron Radiography Users’
pp. 1051
Discussion Notes on the Workshop on ’Future Meetings’
pp. 1053
Discussion Notes on the Workshop on ’Dimensional Measurements’
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