J. M. Carter

发表

High resolution and high throughput x-ray optics for future astronomical missions

W. W. Zhang, T. T. Saha, W. D. Jones, 2013, Optics & Photonics - Optical Engineering + Applications.

Affordable and lightweight high-resolution x-ray optics for astronomical missions

W. W. Zhang, K. W. Chan, T. T. Saha, 2014, Astronomical Telescopes and Instrumentation.

Petroleum Fuels in Jet and Rocket Propulsion

J. M. Carter, 1951 .

Spatial‐phase‐locked electron‐beam lithography and x‐ray lithography for fabricating first‐order gratings on rib waveguides

Hermann A. Haus, Vincent V. Wong, Jay N. Damask, 1994 .

Fabrication of 200 nm period nanomagnet arrays using interference lithography and a negative resist

Mark L. Schattenburg, Caroline A. Ross, Thomas E. Murphy, 1999 .

Large‐area achromatic interferometric lithography for 100 nm period gratings and grids

Mark L. Schattenburg, T. A. Savas, Henry I. Smith, 1996 .

High performance self‐aligned sub‐100 nm metal–oxide‐semiconductor field‐effect transistors using x‐ray lithography

Dimitri A. Antoniadis, Martin Burkhardt, Vincent V. Wong, 1994 .

Combining and matching optical, electron‐beam, and x‐ray lithographies in the fabrication of Si complementary metal–oxide–semiconductor circuits with 0.1 and sub‐0.1 μm features

Scott Silverman, Dimitri A. Antoniadis, Henry I. Smith, 1995 .

Optical projection lithography using lenses with numerical apertures greater than unity

Hiroaki Kawata, Henry I. Smith, J. M. Carter, 1989 .

Achromatic interferometric lithography for 100‐nm‐period gratings and grids

Mark L. Schattenburg, T. A. Savas, Henry I. Smith, 1995 .

Fabrication of sawtooth diffraction gratings using nanoimprint lithography

Mark L. Schattenburg, Ralf K. Heilmann, R. C. Fleming, 2003 .

A compact, low‐cost system for sub‐100 nm x‐ray lithography

Mark L. Schattenburg, Henry I. Smith, J. M. Carter, 1990 .

Submicron and Nanometer Structures

T. A. Savas, R. C. Fleming, M. Farhoud, 1999 .

Scintillating global-fiducial grid for electron-beam lithography

Henry I. Smith, J. Goodberlet, J. M. Carter, 1998 .

Large‐area, free‐standing gratings for atom interferometry produced using holographic lithography

Henry I. Smith, J. M. Carter, M. Schattenburg, 1992 .

1 Nanostructures Technology , Research and Applications

R. C. Fleming, J. M. Carter, H. Nayfeh, 2001 .

Mask Technology For X-Ray Nanolithography

Henry I. Smith, R. C. Fleming, J. M. Carter, 1993 .

Coherence and Structural Design of Free-Standing Gratings for Atom-Wave Optics

Henry I. Smith, J. M. Carter, Edward T. Smith, 1995 .

0 Submicron Structures Technology and Research Academic and Research Staff

Park, J. M. Carter, Atwater, 2009 .

X-ray masks with large-area 100mm-period gratings for quantum-effect device applications

Henry I. Smith, J. M. Carter, M. Schattenburg, 1991 .

Submicron and Nanometer Structures Technology and Research

L. T. Su, Henry I. Smith, R. C. Fleming, 1991 .

Oriented crystallization of GaSb on a patterned, amorphous Si substrate

Henry I. Smith, J. M. Carter, T. Kuech, 2001 .

High‐quality GaAs on sawtooth‐patterned Si substrates

Henry I. Smith, J. M. Carter, K. Ismail, 1991 .

An Etch Pit Technique for Analyzing Crystallographic Orientation in Si Films

Henry I. Smith, J. M. Carter, M. Geis, 1982 .

Submicron Structures Technology and Research

L. T. Su, Henry I. Smith, J. M. Carter, 1987 .