Study of Macrodefects in MBE-Grown HgCdTe Epitaxial Layers Using Focused Ion Beam Milling von Reddy, M., Wilde, J., Peterson, J. M., Lofgreen, D.D., Johnson, S.M.

Volltext

HgCdTe Molecular Beam Epitaxy Growth Temperature Calibration Using Spectroscopic Ellipsometry von Vilela, M.F., Pribil, G.K., Olsson, K.R., Lofgreen, D.D.

Volltext

Higher Dislocation Density of Arsenic-Doped HgCdTe Material von Vilela, M.F., Olsson, K.R., Rybnicek, K., Bangs, J.W., Jones, K.A., Harris, S.F., Smith, K.D., Lofgreen, D.D.

Volltext

MBE Growth of HgCdTe on Large-Area Si and CdZnTe Wafers for SWIR, MWIR and LWIR Detection von Reddy, M., Peterson, J.M., Lofgreen, D.D., Franklin, J.A., Vang, T., Smith, E.P.G., Wehner, J.G.A., Kasai, I., Bangs, J.W., Johnson, S.M.

Volltext

Vertical-cavity surface-emitting lasers with lateral carrier confinement von LOFGREEN, D. D, CHANG, Y.-C, COLDREN, L. A

Volltext

Improved defect and fourier transform infrared spectroscopy analysis for prediction of yield for HgCdTe multilayer heterostructures von LOFGREEN, D. D, VILELA, M. F, SMITH, E. P, NEWTON, M. D, BEARD, D, JOHNSON, S. M

Volltext

[P1.13]: Analyzing neuronal patterning in the developing brain in three dimensions von Reese, B.E., Lofgreen, D.D., Raven, M.A., Eglen, S.

Volltext

Flexibility of p–n Junction Formation from SWIR to LWIR Using MBE-Grown Hg(1–x)CdxTe on Si Substrates von Vilela, M.F., Harris, S.F., Kvaas, R.E., Buell, A.A., Newton, M.D., Olsson, K.R., Lofgreen, D.D., Johnson, S.M.

Volltext

Flexibility of p–n Junction Formation from SWIR to LWIR Using MBE-Grown Hg(1–x)Cd x Te on Si Substrates von Vilela, M.F., Harris, S.F., Kvaas, R.E., Buell, A.A., Newton, M.D., Olsson, K.R., Lofgreen, D.D., Johnson, S.M.

Volltext

LWIR HgCdTe Detectors Grown on Ge Substrates von Vilela, M.F., Lofgreen, D.D., Smith, E.P.G., Newton, M.D., Venzor, G.M., Peterson, J.M., Franklin, J.J., Reddy, M., Thai, Y., Patten, E.A., Johnson, S.M., Tidrow, M.Z.

Volltext

High-differential-quantum-efficiency, long-wavelength vertical-cavity lasers using five-stage bipolar-cascade active regions von Koda, R., Wang, C. S., Lofgreen, D. D., Coldren, L. A.

Volltext