MATERIALS RESEARCH SOCIETY MAILING LIST AND EMAIL LIST
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The Materials Research Society (MRS) maintains
an extensive database of key scientists,
engineers and research managers who are active
in the forefront areas of materials research
and technology.
Additional Charges:
Key Coding
Special Customization @ $50/Order
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Materials By Application- In this section,
names of scientists and engineers are sorted
according to the application areas, or
industries, to which their work is most
pertinent. For example, working in either
thin film metallizations or chemical vapor
deposition would be included in Category
A1.25a, Microelectronics.
A. Materials By Application: Postal
A1.25 Electronics & Photonics 14,487
a. Microelectronics 6,654
b. Optoelectronics 4,086
c. Photovoltaics 4,881
d. Lithography 2,383
e. Packaging 3,733
f. Microelectromechanical 4,670
g. Photonics 3,903
A2.25 Optical Materials 905
a. Glass 35
b. Polymer 894
A3.25 Sensors 5,243
a. Optical 2,002
b. Chemical 3,735
c. Biological 4,004
A4.25 Information Storage 2,618
a. Optical 1,461
b. Magnetic 1,341
A5.25 Waste Management 1,452
a. Nuclear 1,452
b. Chemical 364
c. Coal & Conversion 4
A6.25 Catalysis 2,458
A7.25 Structural Materials 980
a. Cements 6
b. Ceramics 355
c. Metals 980
A8.25 Tribological 2,695
A9.25 High Temperature Materials 1,752
a. Alloys 702
b. Semiconductors 1,121
A10.25 Biomedical 4,743
A11.25 Geological 321
A12.25 Displays 4,366
A13.25 Microfluidics 91
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A1.25 Electronics & Photonics 11,492
a. Microelectronics 5,376
b. Optoelectronics 3,658
c. Photovoltaics 3,621
d. Lithography 2,129
e. Packaging 3,355
f. Microelectromechanical 4,314
g. Photonics 3,524
A2.25 Optical Materials 854
a. Glass 30
b. Polymer 843
A3.25 Sensors 4,727
a. Optical 1,874
b. Chemical 3,477
c. Biological 3,577
A4.25 Information Storage 2,390
a. Optical 1,342
b. Magnetic 1,222
A5.25 Waste Management 1,077
a. Nuclear 1,077
b. Chemical 268
c. Coal & Conversion -----
A6.25 Catalysis 2,248
A7.25 Structural Materials 855
a. Cements 2
b. Ceramics 320
c. Metals 855
A8.25 Tribological 2,492
A9.25 High Temperature Materials 1,517
a. Alloys 595
b. Semiconductors 988
A10.25 Biomedical 3,137
A11.25 Geological 283
A12.25 Displays 3,750
A13.25 Microfluidics 83
Materials By Properties- Materials research
and development frequently focuses on specific
groups of materials because they have a
particular property of high technological
value. The names in this section have been
cataloged by the individuals interest in
special materials properties that are commonly
covered in MRS meetings and publications.
B. Materials By Properties- Postal
B1.25 Superconductors 1,721
B2.25 Metals 5,284
a. Thin Film Metallization 3,669
b. Mechanical Properties 2,118
B3.25 Semiconductors 8,737
a. SIV-Crystalline 3,789
b. Si-Amorphous 1,133
c. II-VI 2,914
d. III-V 5,701
e. Other 5,395
B4.25 Ceramics 7,723
a. Optical Properties 1,934
b. Electrical Properties 6,328
c. Mechanical Properties 2,362
B5.25 Polymers/Organics 5,019
a. Optical Properties 3,923
b. Mechanical Properties 1,493
c. Electrical Properties 4,912
B6.25 Composites & Interfaces 7,028
a. Metal Matrix 1,045
b. Ceramic Matrix 846
c. Polymer Matrix 1,355
d. Metal/Semiconductor 1,179
e. Metal/Ceramic 858
f. Metal/Polymer 1,779
g. Dielectric/Semiconductor 2,340
h. Semiconductor/Semiconductor 2,779
B7.25 Magnetic 6,536
B8.25 Hydrogenated 3,247
B9.25 Porous/Gel/Cellular 1,599
B10.25 Nanoscale 15,487
B11.25 Fullerenes 1,455
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B1.25 Superconductors 1,420
B2.25 Metals 4,160
a. Thin Film Metallization 2,753
b. Mechanical Properties 1,891
B3.25 Semiconductors 6,873
a. IV-Crystalline 3,080
b. Si-Amorphous 1,008
c. II-VI 2,669
d. III-V 4,287
e. Other 4,104
B4.25 Ceramics 6,233
a. Optical Properties 1,837
b. Electrical Properties 4,962
c. Mechanical Properties 2,102
B5.25 Polymers/Organics 3,866
a. Optical Properties 2,935
b. Mechanical Properties 1,355
c. Electrical Properties 4,300
B6.25 Composites & Interfaces 6,351
a. Metal Matrix 948
b. Ceramic Matrix 785
c. Polymer Matrix 1,251
d. Metal/Semiconductor 986
e. Metal/Ceramic 807
f. Metal/Polymer 1,687
g. Dielectric/Semiconductor 2,066
h. Semiconductor/Semiconductor 2,530
B7.25 Magnetic 5,835
B8.25 Hydrogenated 2,739
B9.25 Porous/Gel/Cellular 1,421
B10.25 Nanoscale 12,421
B11.25 Fullerenes 1,282
Materials Characterization- The categories in
this section relate to the techniques by which
materials are characterized. Individuals
included in these categories have a special
interest in the characterization methods and
related instrumentation.
C. Materials Characterization: Postal
C2.25 Microstructure 8,200
a. Electron Microscopy 5,749
b. Diffraction & Scattering 2,124
c. SPM 2,781
C3.25 Chemical Composition 3,377
a. Surface Analysis 1,566
b. Near-Surface Analysis 247
c. Bulk Analysis 1,891
d. Gas Phase 381
C4.25 Electrical Properties 5,350
a. Semiconductor Defects 2,626
b. Devices 3,939
C5.25 Mechanical Properties 2,119
C6.25 Modeling 6,882
a. Atomic Scale 4,223
b. Plasmas 360
c. Phase Transformations 511
d. Fractals 4
e. Nucleation & Growth 432
f. Materials Processing 2,794
C7.25 Aging & Degradation 5,619
C8.25 Optical Properties 4,361
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C2.25 Microstructure 6,502
a. Electron Microscopy 4,778
b. Diffraction & Scattering 1,756
c. SPM 2,205
C3.25 Chemical Composition 2,941
a. Surface Analysis 1,189
b. Near-Surface Analysis 236
c. Bulk Analysis 1,616
d. Gas Phase 360
C4.25 Electrical Properties 4,254
a. Semiconductor Defects 2,202
b. Devices 3,483
C5.25 Mechanical Properties 1,920
C6.25 Modeling 5,645
a. Atomic Scale 3,795
b. Plasmas 302
c. Phase Transformations 460
d. Fractals -----
e. Nucleation & Growth 412
f. Materials Processing 1,961
C7.25 Aging & Degradation 4,975
C8.25 Optical Properties 3,288
Materials Processing- This section deals with
many of the techniques for producing
materials. This includes both the chemical
synthesis of materials and the means of
transforming materials from one form to a more
technologically useful form. Names in this
category have a special interest in the
processing techniques and the related
instrumentation.
D. Materials Processing- Postal
D2.25 Film Deposition 4,151
a. Chemical Vapor 2,591
b. Physical 2,830
c. Assisted by Laser or Ion Beam 629
d. Plasma Enhanced CVD 30
e. Liquid Phase 4
f. Sol-Gel 825
D3.25 Etching 1,369
a. Plasma 4
b. Lithography 1,369
D4.25 Ion Implantation 2,668
D5.25 Rapid Processing 1,996
a. Rapid Thermal Processing 599
b. Laser Annealing 1,354
c. Rapid Solidification 581
d. Rapid Fabrication 489
e. Ultrafast Laser 156
D6.25 Thermal Diffusion 1,437
D7.25 Powders 1,387
D8.25 Spray 4
D9.25 Microwave 1,018
D10.25 Reduced Gravity 154
D11.25 Self-Assembly 7,549
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D2.25 Film Deposition 3,712
a. Chemical Vapor 2,367
b. Physical 2,476
c. Assisted by Laser or Ion Beam 593
d. Plasma Enhanced CVD 26
e. Liquid Phase -----
f. Sol-Gel 762
D3.25 Etching 1,295
a. Plasma -----
b. Lithography 1,295
D4.25 Ion Implantation 2,339
D5.25 Rapid Processing 1,728
a. Rapid Thermal Processing 559
b. Laser Annealing 1,156
c. Rapid Solidification 511
d. Rapid Fabrication 447
e. Ultrafast Laser 143
D6.25 Thermal Diffusion 1,016
D7.25 Powders 768
D8.25 Spray -----
D9.25 Microwave 370
D10.25 Reduced Gravity 139
D11.25 Self-Assembly 5,828
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