| Topic | Title | Author | Org | Journal | Year | File Name | Content | |
| RIC | Electrical properties of mineral-insulated cable
under fusion neutron irradiation |
Tanaka | NIFS | Fusion Engineering and Design 66/68 (2003) 837/841 | 2003 | 2003_Tanaka_NIFS.pdf | RIC with DT neutron flux | |
| RIC | Electrical properties of ceramics during reactor irradiation | Shikama | UTohoku | Journal of Nuclear Materials 258±263 (1998) 1867-1872 | 1998 | 1998_Shikama_UTohoku.pdf | RIC and RIED tests on alumina | |
| RIC | Electrical resistivity of ceramic insulators under
irradiation using 14 MeV neutrons |
Noda | JAERI | Journal of Nuclear Materials 233-237 (1996) 1289- 1293 | 1996 | 1996_Noda_JAERI.pdf | Measurement of RIC in alumina using 14MeV neutrons | |
| RIC | Radiation Induced Conductivity in Ceramic Insulators for Thermionic Systems | Wu | Auburn | 1993 | 1993_Wu_Auburn.pdf | RIC in alumina at high temperature with radiation | ||
| RIC | Dose Rate Dependence of the Radiation-Induced Electrical Conductivity in MgO | Hodgson | CIEMAT | Journal of Nuclear Materials 155-157 (1988) 357-360 | 1988 | 1988_Hodgson_CIEMAT.pdf | Important paper on RIC | |
| RIC | Electrical Conductivity of Magnesia Insulation for Heat Resistant Cables In The Presence of Intense Radiation and High Temperature | Emelyanov | Russia | AtomnayaEnergiya, Vol.50,No. 1,pp. 25-29, January,1981 | 1981 | 1981_Emelyanov_Russia.pdf | Equations developed for temperaure and radiation induced conductivity in MIC | |
| RIC | Radiation-induced conductivity of Al203: Experiment and theory | Klaffky | BNL | Physical Review B Vol 21 No 8 | 1980 | 1980_Klaffky_BNL.pdf | Measurements of RIC in alumina | |
| RIC | Estimated Readout Errors Produced by Radiation and Temperature Effects in Coaxial Signal Cables for FFTF | Stringer | PNL | 1969 | 1969_Stringer_PNL.pdf | Early quantification of RIC | ||
| RIED | Radiation enhanced dielectric breakdown in
insulating gases for NBI systems |
Hodgson | CIEMAT | Fusion Engineering and Design 56–57 (2001) 545–549 | 2001 | 2001_Hodgson_CIEMAT.pdf | Breakdown of gases in radiation field | |
| RIED | Radiation enhanced electrical breakdown In fusion
insulators from dc to 126 MHz |
Hodgson | CIEMAT | Journal of Nuclear Materials 191-194 (1992) 552-554 | 1992 | 1992_Hodgson_CIEMAT.pdf | Radiation induced electrical degradation (REID) | |
| MIC | Improvement and R&D of MIC | Takechi | JT60SA | 2010 | 2010_Takechi_JT60SA.pdf | Okazaki MIC | ||
| MIC | Improvement of MIC | Takechi | JT60SA | 2010 | 2010_Takechi_JT60SA.pdf | Okazaki MIC showing bend radius tests | ||
| MIC | Okazaki Product Examples | Okazaki | Okazaki | 2010 | 2010_Okazaki_Okazaki.pdf | Okzaki products | ||
| MIC | A Radiation Resistant Dipole Using Metal-Oxide Insulated CICC |
DeLauter | MSU | IEEE Transactions on Applied Superconductivity Vol 17 No 2 p 1087 | 2007 | 2007_DeLauter_MSU.pdf | MIC-based superconducting magnet design | |
| MIC | ITER relevant outgassing and leakage from different types of in-vessel cabling |
Pearce | UKAEA | Fusion Engineering and Design 82 (2007) 1294–1300 | 2007 | 2007_Pearce_UKAEA.pdf | Outgassing from MIC | |
| MIC | Final Report on Radiation Resistant Magnets II | Zeller | MSU | DOE Grant DE-FG02-03ER41254 | 2005 | 2005_Zeller_MSU.pdf | MIC-based superconducting magnet design | |
| MIC | Development of radiation resistant magnet in KEK |
Kusano | KEK | 2004 | 2004_Kusano_KEK.pdf | Processing of large cross section MIC | ||
| MIC | Radiation Resistant Magnet R&D at the NSCL | Zeller | MSU | Proceedings of the 2003 Particle Accelerator Conference p 161 | 2003 | 2003_Zeller_MSU.pdf | MIC-based superconducting magnet design | |
| MIC | Development of Radiation-Resistant Magnet Coils for High-IntensityBeam Lines: Part II-completely inorganic insulated coils |
Yamanoi | KEK | IEEE Transactions on Magnetics Vol 32 No 4 p2147 | 1996 | 1996_Yamanoi_KEK.pdf | Magnet design based on MIC | |
| MIC | Improved Mineral Insulation Cables for High Radiation Environments | Snead | ORNL | CRADA ORNL 94-0301 | 1995 | 1995_Snead_ORNL.pdf | SBIR investigation of various MIC for diagnostics, much useful data | |
| MIC | Pyrotenax Engineering Data Manual | Pyrotenax | TYCO | 1994 | 1994_Pyrotenax_TYCO.pdf | Basic engineering data | ||
| MIC | Manufacture of Mineral Insulated Metal Sheathed Cables | Thompson | MML | Patent Application | 1990 | 1990_Thompson_MML.pdf | Patent application for production of continuous lenghts of MIC | |
| MIC | Radiation Hardening of Magnet Coils | Harvey | SLAC | SLAC-PUB-4910 | 1989 | 1989_Harvey_SLAC.pdf | Overview of early experience with MIC magnets | |
| MIC | Radiation Dose Rate Resistivity Degradation in Ceramic Insulators and Assessment of the Consequences in Fusion Reactor Applications | Perkins | Uwisc | UWFDM-469 | 1982 | 1982_Perkins_Uwisc.pdf | Concise analysis of MgO application considerations | |
| MIC | Cable Prototype - Drawing and Bending Tests | ANSALDO | NET | Internal report | 1980 | 1980_ANSALDO_NET.pdf | Excerpt from test report on R&D for NET | |
| MIC | Sizing of the Thermal and Electrical Systems for An FED Bundle Divertor Design with MgO Insulation | Schultz | MIT | 1980 | 1980_Schultz_MIT.pdf | Design study for a MIC magnet | ||
| MIC | Radiation-Hardened Magnets Using Mineral-Insulated Conductors | Harvey | LANL | LA-5306-MS | 1973 | 1973_Harvey_LANL.pdf | Data on various MIC including insulation resistance and breakdown voltage | |
| MIC | Mineral Insulated Magnets for High Radiation Environment | Harvey | LANL | IEEE proceedings of PAC | 1969 | 1969_Harvey_LANL.pdf | Pioneer in MIC magnet design, example of jointing scheme | |
| MgO | Magnesium Oxide Insulation Characteristics | Tyco | Tyco | 2009 | 2009_Tyco_Tyco.pdf | MIC properties | ||
| MgO | Thermal Conductivity of Magnesium Oxide From Absolute, Steady-State Measurements |
Slifka | NIST | Journal of Research of the National Institute of Standards and Technology Volume 103, Number 4, July–August 1998 | 1998 | 1998_Slifka_NIST.pdf | Thermal conductivity measurements above 400K | |
| MgO | Radiation-induced changes in the physical
properties of ceramic materials |
Zinkle | ORNL | Journal of Nuclear Materials 191-194 (1992) 58-66 | 1992 | 1992_Zinkle_ORNL.pdf | Overview of radiation effects in ceramic insulators | |
| MgO | High-temperature electrical breakdown in single crystal and polycrystalline MgO | Murata | UTokyo | JOURNAL OF MATERIALS SCIENCE 20 (1985) 4507-4513 | 1985 | 1985_Murata_UTokyo.pdf | High temperature MgO breakdown (above 1000C) | |
| MgO | Magnesium oxide as a high-temperature insulant | Wilson | BICC | IEE PROC, Vol. 128, Pt. A, No. 3 p 159 | 1981 | 1981_Wilson_BICC.pdf | Theory of temperature-dependant conductivity in MIC including impurity effects, etc. | |
| MgO | Effect of Microstructure on Pulse Electrical Strength of MgO | Beauchamp | SNL | Journal of The American Ceramic Society, Vol. 54, No. 10 | 1972 | 1972_Beauchamp_SNL.pdf | Basic dielectric strength of MgO at room temperature | |
| General | Generic Diagnostic Issues for a Burning Plasma Experiment | Vayakis | ITER | Fusion Science and Technology Vol. 53 Feb. 2008 | 2008 | 2008_Vayakis_ITER.pdf | Good overview on radiation effects particular to ITER | |
| General | Materials Considerations for Highly Irradiated Normal-Conducting Magnets in Fusion Reactor Applications | Perkins | UWisc | Journal of Nuclear Materials 122 & 123 (1984) 1371-1375 | 1984 | 1984_Perkins_UWisc.pdf | Good review of radiation effects on a fusion magnet design | |
| General | Design Practice and Operational Experience of Highly Irradiated, High Performance Normal Magnets | Schultz | MIT | Journal of Fusion Energy, Vol. 3, No. 2, 1983 | 1983 | 1983_Schultz_MIT.pdf | Comprehensive overview of radiation-hard magnet technology | |
| General | Radiation-Resistant Magnets | Keizer | CERN | CERN-82-05 | 1982 | 1982_Keizer_CERN.pdf | Comprehensive overview of radiation-hard magnet technology | |
| Electrical | Ripple Current and Flux In Mineral Insulated Magnets | Schneider | LANL | 1969 | 1969_Schneider_LANL.pdf | Method for calculating eddy currents in sheath of MIC | ||
| Cooling Water | Design of a cooling system for the ITER Ion Source and Neutral Beam test facilities | DallaPalma | RFX | Fusion Engineering and Design 84 (2009) 1460–1464 | 2009 | 2009_DallaPalma_RFX.pdf | ITER NBI water cooling test facility | |
| Cooling Water | Behaviour of Copper in Generator Stator Cooling-Water Systems | Svoboda | Alstom | ICPWS | 2008 | 2008_Svoboda_Alstom.pdf | Experience in water cooled AC generators | |
| Cooling Water | The Fundamental Conductivity and Resistivity of Water | Light | Electrochemical and Solid-State Letters, 8 (1) E16-E19 (2005) | 2005 | 2005_Light_.pdf | Conductivity of pure water including temperature effect | ||
| Cooling Water | Low Conductivity Water Systems for Accelerators | Dortwet | ANL | Proceedings of the 2003 Particle Accelerator Conference | 2003 | 2003_Dortwet_ANL.pdf | Review of water chemistry issues | |
| Cooling Water | Erosion /corrosion tests on ITER copper alloys in
high temperature water circuit with incident heat flux |
Zheng | ULeuven | Fusion Engineering and Design 61/62 (2002) 649/657 | 2002 | 2002_Zheng_ULeuven.pdf | Erosion and corrosion in CuCrZr | |
| Ceramic Polymer | Fabrication, Characterization Testing, and Irradiation of Ceramic Polymer Composite Materials at 373 K | CTD | CTD | Final Test Report for Purchase Order No. 090501 |
2009 | 2009_CTD_CTD.pdf | Test results of irradiation of ceramic polymer | |
| Ceramic Polymer | Novel Radiation-Resistant Insulation Systems for Fusion Magnets | Fabian | CTD | 6th ISFNT | 2002 | 2002_Fabian_CTD.pdf | CTD discussion of insulation options | |
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