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Citation Format
Beginning with Vol. 97, issue 1 (1 January 2005), Journal of Applied Physics (JAP) switched from a citation format based on page numbers to one based on six-character citation identifiers (CIDs). At the same time, JAP began publishing issues online in an article-at-a-time publication mode. The CID chosen for Journal of Applied Physics is similar to that used by Physical Review. Use of CIDs in place of traditional page numbers allows an issue to build online one article at a time while retaining the ability to segment tables of contents by article type or subject area; this accelerates online publication of articles, which are published online individually as soon as author proof corrections are incorporated. Utilization of CIDs also allows articles to be fully citable as soon as they are published online, using the same identifier for both online and print versions.
The structure of the six-character citation identifier for JAP is defined as follows:
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indicate the issue number |
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|
indicate the article type and/or subject area |
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assigned according to publication order, within that issue and section |
Note that JAP's CID will contain alphanumeric combinations in the middle two characters (of the form A1, A2, A3, etc.) for conference proceedings papers only; for regular papers, purely numeric CIDs will be used:
Example:
An example of the correct citation format for an article in Journal of Applied Physics is:
A. Smith and B. Jones, J. Appl. Phys. 97, 024507 (2005).
In this fictitious example, the article by Smith and Jones was published in JAP in Issue 2 of Volume 97, as the seventh article published in section 45, which for JAP Vol. 97 is, "Device Physics."
In the full-text PDF file available online and in the printed article, the CID appears on each printed page. Appended at the end of the CID is a hyphen followed by a consecutive page number. For the sample article above, the printed pages would carry this page numbering: 024507-1, 024507-2, 024507-3, etc. The hyphen and additional digits should not be used when citing or searching for an article.
Definitions of this journal's current article type and subject area code numbers (the middle two characters of the CID) can be accessed through the links below.
Article Type and/or Subject Area Code Numbers
Volumes 107 & 108 (2010)
The structure of the six-character citation identifier for JAP is defined as follows:
Definitions of this journal's article type and subject area code numbers (the middle two digits of the Citation Identifier) for Vols. 107 & 108 (2010) appear below:
| Code | Section Heading |
| 02 | ANNOUNCEMENTS |
| 04 | EDITORIALS |
| 11 | APPLIED PHYSICS REVIEWS-FOCUSED REVIEW |
| 13 | APPLIED PHYSICS REVIEWS |
| 17–18 | SPECIAL TOPIC: INVITED PAPERS FROM THE FOURTH INTERNATIONAL CONFERENCE ON MULTISCALE MATERIALS MODELING, TALLAHASSEE, FLORIDA, USA, 2008 |
| 19-20 | SPECIAL TOPIC: PAPERS FROM THE INTERNATIONAL SYMPOSIUM ON PIEZORESPONSE FORCE MICROSCOPY AND NANOSCALE PHENOMENA IN POLAR MATERIALS, AVEIRO, PORTUGAL, 2009 |
| 27-28 | SPECIAL TOPIC: INVITED PAPERS FROM THE INTERNATIONAL CONFERENCE ON FLEXIBLE AND PRINTED ELECTRONICS, JEJU ISLAND, KOREA, 2009 |
| ARTICLES | |
| 31 | Lasers, Optics, and Optoelectronics |
| 33 | Plasmas and Electrical Discharges |
| 35 | Structural, Mechanical, Thermodynamic, and Optical Properties of Condensed Matter |
| 37 | Electronic Structure and Transport |
| 39 | Magnetism and Superconductivity |
| 41 | Dielectrics and Ferroelectricity |
| 43 | Nanoscale Science and Design |
| 45 | Devices Physics |
| 47 | Applied Biophysics |
| 49 | Interdisciplinary and General Physics |
| 61 | COMMUNICATIONS |
| 99 | ERRATA |
| A1 | PROCEEDINGS OF THE 11TH JOINT MMM-INTERMAG CONFERENCE, WASHINGTON, DC, 2010 |
| A3 | Soft Magnetic Materials and Domains |
| A5 | Ferrites, Garnets, and Microwave Materials |
| A7 | Hard Magnetic Materials |
| A9 | Magneto-Optic, Magnetoelastic, and Magnetocaloric Materials |
| B1 | Half-Metallic Ferromagnets |
| B3 | Biomagnetism, Biosensing, and Biological Applications |
| B5 | Nanoparticle Arrays, Nanostructures, Magnetic Fluids, and Separation |
| B7 | Magnetic Recording, Heads and Media, Magneto-Optic Recording |
| B9 | Patterned Structures |
| C1 | Thin Films, Multilayer Films, Superlattices, and Surface Effects |
| C3 | Magnetic Semiconductors |
| C5 | Spin-Dependent Properties and Spin Manipulation for Spintronics |
| C7 | Magnetic Tunnel Junctions, TMR |
| C9 | Spin Torque |
| D1 | Spin Dynamics, Damping, and Relaxation |
| D3 | Micromagnetics, Magnetization Processes, Wall Dynamics, and Imaging |
| D5 | Domain Wall Devices |
| D7 | Magnetic Oxides, CMR, and Exchange Bias |
| D9 | Multiferroics |
| E1 | Critical Phenomena, Superconductivity, Correlated Systems, Electronic Structure |
| E3 | New Magnetic Materials, Devices, Instrumentation and Applications |
| E5 | Magnetotransport, GMR, Hall Effect |
| E7 | Magnetic Sensors, MEMS, Power, High-Frequency Devices |
| E9 | Motors, Actuators, Transformers, Electrical Machines |
Article Type and/or Subject Area Code Numbers
Volumes 105 & 106 (2009)
The structure of the six-character citation identifier for JAP is defined as follows:
Definitions of this journal’s article type and subject area code numbers (the middle two digits of the Citation Identifier) for Vols. 105 & 106 (2009) appear below:
| Code | Section Heading |
| 02 | ANNOUNCEMENTS |
| 04 | EDITORIALS |
| 11 | APPLIED PHYSICS REVIEWS–FOCUSED REVIEW |
| 13 | APPLIED PHYSICS REVIEWS |
| 15–16 | SPECIAL TOPIC: SELECTED PAPERS FROM THE 20TH INTERNATIONAL SYMPOSIUM ON INTEGRATED FERROELECTRICS, BIOPOLIS, SINGAPORE, JUNE 2008 |
| 19–20 | SPECIAL TOPIC: APPLIED BIOPHYSICS |
| 23–24 | SPECIAL TOPIC: PLENARY AND INVITED PAPERS FROM THE 29TH INTERNATIONAL CONFERENCE ON THE PHYSICS OF SEMICONDUCTORS, RIO DE JANEIRO, BRAZIL, 2008 |
| 31 | LASERS, OPTICS, AND OPTOELECTRONICS |
| 33 | PLASMAS AND ELECTRICAL DISCHARGES |
| 35 | STRUCTURAL, MECHANICAL, THERMODYNAMIC, AND OPTICAL PROPERTIES OF CONDENSED MATTER |
| 37 | ELECTRONIC STRUCTURE AND TRANSPORT |
| 39 | MAGNETISM AND SUPERCONDUCTIVITY |
| 41 | DIELECTRICS AND FERROELECTRICITY |
| 43 | NANOSCALE SCIENCE AND DESIGN |
| 45 | DEVICE PHYSICS |
| 47 | APPLIED BIOPHYSICS |
| 49 | INTERDISCIPLINARY AND GENERAL PHYSICS |
| 61 | COMMUNICATIONS |
| 99 | ERRATA |
| A1 | PROCEEDINGS OF THE 53RD ANNUAL CONFERENCE ON MAGNETISM AND MAGNETIC MATERIALS |
| A3 | Soft Magnetic Materials and Domains |
| A5 | Ferrites, Garnets, and Microwave Materials |
| A7 | Hard Magnetic Materials |
| A9 | Magneto-Optic, Magneto-Elastic, and Magneto-Caloric Materials |
| B1 | Half-Metallic Ferromagnets |
| B3 | Biomagnetism and Biological Applications |
| B5 | Nanoparticle Arrays, Nanostructures, Magnetic Fluids, and Separation |
| B7 | Magnetic Recording, Heads and Media |
| B9 | Magneto-Optic Recording and Alternative Magnetic Storage |
| C1 | Patterned Structures |
| C3 | Thin Films, Multilayer Films, Superlattices, and Surface Effects |
| C5 | Magnetic Semiconductors |
| C7 | Spin Dependent Properties and Spin Manipulation for Spintronics |
| C9 | Magnetic Tunnel Junctions |
| D1 | Spin Torque |
| D3 | Spin Dynamics and Relaxation |
| D5 | Micromagnetics, Magnetization Processes, Wall Dynamics, and Imaging |
| D7 | Magnetic Oxides, CMR, and Exchange Bias |
| D9 | Multiferroics |
| E1 | Spin Glasses, Low-Dimensional and Strongly Correlated Systems |
| E3 | Critical Phenomena, Superconductivity, Molecular Magnets, Correlated Systems |
| E5 | Electronic Structure, Itinerant Magnetism |
| E7 | New Magnetic Materials, Devices, Instrumentation and Applications |
| E9 | Magnetotransport, GMR, Hall Effect |
| F1 | Motors and Actuators |
Article Type and/or Subject Area Code Numbers
Volumes 103 & 104 (2008)
The structure of the six-character citation identifier for JAP is defined as follows:
Definitions of this journal’s article type and subject area code numbers (the middle two digits of the Citation Identifier) for Vols. 103 & 104 (2008) appear below:
| Code | Section Heading |
| 02 | ANNOUNCEMENTS |
| 04 | EDITORIALS |
| 11 | APPLIED PHYSICS REVIEWS–FOCUSED REVIEW |
| 13 | APPLIED PHYSICS REVIEWS |
| 31 | LASERS, OPTICS, AND OPTOELECTRONICS |
| 33 | PLASMAS AND ELECTRICAL DISCHARGES |
| 35 | STRUCTURAL, MECHANICAL, THERMODYNAMIC, AND OPTICAL PROPERTIES OF CONDENSED MATTER |
| 37 | ELECTRONIC STRUCTURE AND TRANSPORT |
| 39 | MAGNETISM AND SUPERCONDUCTIVITY |
| 41 | DIELECTRICS AND FERROELECTRICITY |
| 43 | NANOSCALE SCIENCE AND DESIGN |
| 45 | DEVICE PHYSICS |
| 47 | APPLIED BIOPHYSICS |
| 49 | INTERDISCIPLINARY AND GENERAL PHYSICS |
| 61 | COMMUNICATIONS |
| 99 | ERRATA |
| A1 | PROCEEDINGS OF THE 52ND ANNUAL CONFERENCE ON MAGNETISM AND MAGNETIC MATERIALS |
| A3 | Biomagnetism and Biological Applications |
| A5 | Spin Torque |
| A7 | Spin Dependent Properties and Spin Manipulation for Spintronics |
| A9 | Magnetic Tunnel Junctions |
| B1 | Spin Dynamics and Relaxation |
| B3 | Magneto-Optic, Magneto-Elastic, and Magneto-Caloric Materials |
| B5 | Ultrathin Films, Multilayer Films, Superlattices, and Surface Effects |
| B7 | Spin Glasses, Low-Dimensional and Strongly Correlated Systems |
| B9 | Quantum and Molecular Magnets |
| C1 | Exchange Bias |
| C3 | Plenary Session |
| C5 | Patterned Structures |
| C7 | Critical Phenomena, Superconductivity, Strongly Correlated Systems |
| C9 | Electronic Structure, Itinerant Magnetism |
| D1 | Magnetic Semiconductors |
| D3 | Magneto-Optic Recording and Alternative Magnetic Storage |
| D5 | Nanoparticle Arrays, Nanostructures, Magnetic Fluids, and Separation |
| D7 | Half-Metallic Ferromagnets |
| D9 | Magnetization Processes, Wall Dynamics, Characterization, and Imaging |
| E1 | Hard Magnetic Materials |
| E3 | Multiferroics |
| E5 | Ferrites, Garnets, and Microwave Materials |
| E7 | Soft Magnetic Materials and Domains |
| E9 | New Magnetic Materials, Devices, Instrumentation and Applications |
| F1 | Motors and Actuators |
| F3 | Magnetotransport, GMR, Hall Effect |
| F5 | Magnetic Recording, Heads and Media |
| F7 | Magnetic Oxides |
Article Type and/or Subject Area Code Numbers
Volumes 101 & 102 (2007)
The structure of the six-character citation identifier for JAP is defined as follows:
Definitions of this journal's article type and subject area code numbers (the middle two characters of the Citation Identifier) for Vols. 101 & 102 (2007) appear below:
| Code | Section Heading |
| 02 | ANNOUNCEMENTS |
| 04 | EDITORIALS |
| 11 | APPLIED PHYSICS REVIEWS–FOCUSED REVIEW |
| 13 | APPLIED PHYSICS REVIEWS |
| 16–17 | SPECIAL TOPIC: PLENARY AND INVITED PAPERS FROM THE 28TH INTERNATIONAL CONFERENCE ON THE PHYSICS OF SEMICONDUCTORS, VIENNA, AUSTRIA, 2006 |
| 31 | LASERS, OPTICS, AND OPTOELECTRONICS |
| 33 | PLASMAS AND ELECTRICAL DISCHARGES |
| 35 | STRUCTURAL, MECHANICAL, THERMODYNAMIC, AND OPTICAL PROPERTIES OF CONDENSED MATTER |
| 37 | ELECTRONIC STRUCTURE AND TRANSPORT |
| 39 | MAGNETISM AND SUPERCONDUCTIVITY |
| 41 | DIELECTRICS AND FERROELECTRICITY |
| 43 | NANOSCALE SCIENCE AND DESIGN |
| 45 | DEVICE PHYSICS |
| 47 | APPLIED BIOPHYSICS |
| 49 | INTERDISCIPLINARY AND GENERAL PHYSICS |
| 61 | COMMUNICATIONS |
| 99 | ERRATA |
| A1 | PROCEEDINGS OF THE TENTH JOINT MMM/INTERMAG CONFERENCE |
| A5 | Spin Torque |
| B1 | Spin Dependent Properties and Spin Manipulation for Spintronics |
| B5 | Magnetic Tunnel Junctions |
| C1 | Spin Dynamics and Relaxation |
| C5 | Magneto-Optic, Magneto-Elastic, and Magneto-Caloric Materials |
| D1 | Ultrathin Films, Multilayer Films, Superlattices, and Surface Effects |
| D5 | Spin Glasses, Low-Dimensional and Strongly Correlated Systems |
| E1 | Quantum and Molecular Magnets |
| E5 | Exchange Bias |
| F1 | Plenary Session |
| F5 | Patterned Structures |
| G1 | Critical Phenomena, Superconductivity, Strongly Correlated Systems |
| G5 | Electronic Structure, Itinerant Magnetism |
| H1 | Oxide Magnetic Semiconductors |
| H5 | Magneto-Optic Recording and Alternative Magnetic Storage |
| J1 | Nanoparticle Arrays, Magnetic Fluids, and Separation |
| J5 | Half-Metallic Ferromagnets |
| K1 | Magnetization Processes, Wall Dynamics, Characterization, and Imaging |
| K5 | Hard Magnetic Materials |
| M1 | Multiferroics |
| M5 | Ferrites, Garnets, and Microwave Materials |
| N1 | Soft Magnetic Materials and Domains |
| N5 | New Magnetic Materials |
Article Type and/or Subject Area Code Numbers
Volumes 99 & 100 (2006)
The structure of the six-character citation identifier for JAP is defined as follows:
Definitions of this journal's article type and subject area code numbers (the middle two characters of the Citation Identifier) for Vols. 99 & 100 (2006) appear below:
| Code | Section Heading |
| 11 | APPLIED PHYSICS REVIEWS–FOCUSED REVIEW |
| 13 | APPLIED PHYSICS REVIEWS |
| 15–16 | SPECIAL TOPIC: SCIENCE OF FERROELECTRIC THIN FILMS AND APPLICATION TO DEVICES |
| 31 | LASERS, OPTICS, AND OPTOELECTRONICS |
| 33 | PLASMAS AND ELECTRICAL DISCHARGES |
| 35 | STRUCTURAL, MECHANICAL, THERMODYNAMIC, AND OPTICAL PROPERTIES OF CONDENSED MATTER |
| 37 | ELECTRONIC STRUCTURE AND TRANSPORT |
| 39 | MAGNETISM AND SUPERCONDUCTIVITY |
| 41 | DIELECTRICS AND FERROELECTRICITY |
| 43 | NANOSCALE SCIENCE AND DESIGN |
| 45 | DEVICE PHYSICS |
| 47 | APPLIED BIOPHYSICS |
| 49 | INTERDISCIPLINARY AND GENERAL PHYSICS |
| 61 | COMMUNICATIONS |
| 99 | ERRATA |
| A1 | PROCEEDINGS OF THE 50TH ANNUAL CONFERENCE ON MAGNETISM & MAGNETIC MATERIALS |
| A3 | Tutorial on Novel Techniques for Material Characterization |
| A5 | Symposium on Pico- and Subpico-Second Control of Magnetism |
| A7 | Complex Magnetic Oxides: Cobaltites and Phase Separation |
| A9 | MgO-Based Magnetic Tunneling Junctions |
| B1 | Patterned Arrays |
| B3 | Magnetic Sensors (Not for Recording) |
| B5 | Rare Earth Permanent Magnets |
| B7 | Recording Head Materials and Domains |
| B9 | Microscopic Magnetization Processes: Simulations and Methods |
| C1 | Exchange Bias |
| C3 | Nanoparticle Arrays |
| C5 | Giant Magnetoimpedance, AMR, and Hall Effect |
| C7 | Spin Dynamics and FMR in Magnetic Nanostructures |
| C9 | Multilayer Films and Superlattices |
| D1 | Molecular Magnets: Microwave Absorption and Emission |
| D3 | Interfaces and Surfaces |
| D5 | Magnetic Semiconductors |
| D7 | Hysteresis Modeling |
| D9 | Instrumentation and Measurement Techniques |
| E1 | 50TH Anniversary Plenary Session |
| E3 | Symposium on Magnetic and Ferroelectronic Properties in Rare-Earth Oxides |
| E5 | Spin Polarized Tunneling and Interfaces |
| E7 | Perpendicular Media |
| E9 | L10 and Other Hard Magnetic Materials |
| F1 | Amorphous and Nanocrystalline Soft Materials |
| F3 | Magnetization Dynamics |
| F5 | Itinerant Magnetism |
| F7 | Spin Glass/Low Dimensional Magnets/Strongly Correlated Electron Systems |
| F9 | Thin Film Media and Magneto-Optical Recording |
| G1 | Micromagnetic Simulations |
| G3 | Patterned Nanostructures: Domain Dynamics and New Fabrication Techniques |
| G5 | Spin Transfer Torque |
| G7 | Magnetic Nanoparticles |
| G9 | Thin Film and Patterned Media |
| H1 | Nanoparticles for Biomedical Applications |
| H3 | Magnetic Microscopy and Imaging |
| H5 | Spin Glasses and One-Dimensional Magnets |
| H7 | Magnetoelectronic Devices |
| H9 | Electromagnetic Computations and Hysteresis Modeling |
| J1 | Half-Metallics |
| J3 | Metallic Magnets, Magnetization Dynamics |
| J5 | Molecular Magnets, Multiferroics, and Other Advanced Materials |
| J7 | Ultrathin Films and Epitaxy |
| J9 | Symposium on Semiconductor Spintronics: Physics and Applications |
| K1 | Symposium on Biomagnetics Applications |
| K3 | Half Metallic and Oxide Based Ferromagnetic Junctions |
| K5 | Recording Modeling, Systems and Theory |
| K7 | Magnetic Tunneling Junction Based Devices |
| K9 | Magnetocaloric Materials |
| M1 | Oxide Magnetic Semiconductors |
| M3 | Soft Films and Crystalline Materials |
| M5 | Superconductivity |
| M7 | Magneto-Optical and Magnetoelastic Materials |
| M9 | Ferrites, Garnets, and Microwave Materials |
| N1 | Head-Media Interface and Tribology |
| N3 | Hard Magnetic Thin Films for MEMS |
| N5 | Ultrathin Films |
| N7 | Magnetic Nanoparticles and Synthesis |
| N9 | Magnetic Memory and Elements |
| P1 | Biosensors and Bead Manipulation |
| P3 | Magnetic Semiconductors, Multiferroics, and Other New Magnetic Materials |
| P5 | New Applications, Levitation, Shielding, and Microwave Devices |
| P7 | Strongly Correlated System/Nuclear Spins in Semiconductors |
| P9 | Fundamental Magnetism |
| Q1 | Magnetic Refrigerant Materials |
| Q3 | Complex Oxides |
| Q5 | Magnetic Nanowires and Nanostructures |
| Q7 | Symposium on the Theory of Spin Transfer Effects |
| Q9 | Novel Perpendicular Media and Soft Underlayers |
| R1 | Magnetoelastic Materials |
| R3 | Magnetic Motors |
| R5 | Spin Valves |
| R7 | Magnetoresistive Heads and Magnetic Memory |
| R9 | Biomagnetic and Electronic Devices |
| S1 | Biomagnetism and Chemical Magnetism |
| S3 | Heads and Longitudinal Recording |
| S5 | Fabrication and Characterization of Magnetic Nanostructures and Devices |
| S7 | Spin Injection |
| S9 | Complex Magnetic Oxides |
| T1 | GMR and Spin Transport |
| T3 | Spin Dependent Tunneling and Transport |
Article Type and/or Subject Area Code Numbers
Volumes 97 & 98 (2005)
The structure of the six-character citation identifier for JAP is defined as follows:
Definitions of this journal's article type and subject area code numbers (the middle two characters of the Citation Identifier) for Vols. 97 & 98 (2005) appear below:
| Code | Section Heading |
| 11 | APPLIED PHYSICS REVIEWS–FOCUSED REVIEW |
| 13 | APPLIED PHYSICS REVIEWS |
| 31 | LASERS, OPTICS, AND OPTOELECTRONICS |
| 33 | PLASMAS AND ELECTRICAL DISCHARGES |
| 35 | STRUCTURAL, MECHANICAL, THERMODYNAMIC, AND OPTICAL PROPERTIES OF CONDENSED MATTER |
| 37 | ELECTRONIC STRUCTURE AND TRANSPORT |
| 39 | MAGNETISM AND SUPERCONDUCTIVITY |
| 41 | DIELECTRICS AND FERROELECTRICITY |
| 43 | NANOSCALE SCIENCE AND DESIGN |
| 45 | DEVICE PHYSICS |
| 47 | APPLIED BIOPHYSICS |
| 49 | INTERDISCIPLINARY AND GENERAL PHYSICS |
| 61 | COMMUNICATIONS |
| 99 | ERRATA |
| A1 | PROCEEDINGS OF THE 49TH ANNUAL CONFERENCE ON MAGNETISM & MAGNETIC MATERIALS |
| A3 | Electronic Structure and Itinerant Magnetism |
| A5 | Critical Phenomena and Spin Glasses |
| A7 | Spin Dynamics and Relaxation |
| A9 | Strongly Correlated Systems |
| B1 | Superconductivity |
| B3 | Low-Dimensional Systems |
| C1 | Magnetoresistive Oxides and CMR |
| C3 | Half-Metallics |
| C5 | Giant Magnetoresistance and Spin Valves |
| C7 | Spin Transfer Effects |
| C9 | Magnetic Tunnel Junctions |
| D1 | Control of Magnetism in Semiconductors |
| D3 | Ferromagnetic Semiconductors |
| D5 | Devices |
| E1 | Computational Magnetism |
| E3 | Micromagnetics |
| E5 | Hysteresis Modeling |
| E7 | Magnetic Microscopy and Imaging |
| F1 | Ferrites, Garnets, and Other Microwave Materials |
| F3 | High Anisotropy Materials |
| F5 | Nanocrystalline and Amorphous Soft Magnetic Materials |
| F7 | Domains |
| F9 | Soft Magnetic Materials |
| G1 | Soft Materials: Nanoparticles and Thin Films |
| H1 | Rare Earth-Transition Metal Materials |
| H3 | FePt: Magnetic Media and Beyond |
| H5 | Films and Interfaces |
| H7 | Manganites |
| J1 | Multilayer Films and Superlattices |
| J3 | Nanoparticles and Particle Arrays |
| J5 | Patterned Arrays: Synthesis and Magnetic Properties |
| J7 | Patterned Films |
| J9 | Patterned Nanostructures: Dynamics and Transport |
| K1 | Exchange Bias |
| K3 | Nanocomposites and High Anisotropy Materials |
| M1 | Magnetoelectronic Materials: Transport and Optics |
| M3 | Special Materials: Magneto-Optic, Magnetocaloric, and Magnetoelastic Materials |
| M5 | Special Materials: Molecular Magnets and New Magnetic Materials |
| N1 | Thin Film and Patterned Media |
| N3 | Thin Film Soft Magnetic Materials |
| N5 | Perpendicular Magnetic Recording |
| N7 | Magnetoresistive Heads |
| N9 | Inductive Recording Heads |
| P1 | Recording Modeling, Systems, and Theory |
| P3 | Head-Media Interface and Tribology |
| P5 | Magnetic Memory and Elements |
| P7 | Alternative Magnetic Storage, Magneto-Optics, and ME Tape" |
| Q1 | Sensors, Microwaves, and Other Applications |
| Q3 | Magnetic Fluids and Sensors |
| Q5 | Motor Design |
| Q7 | Transformers and Inductors |
| Q9 | Biomagnetism and Biological Applications |
| R1 | Magnetic Particles in Biological Applications |
| R3 | Instrumentation and Measurement Techniques |
| R5 | New Applications and Instrumentation |
