Characterizing and fabricating materials for blue emission John M. Parsey Blue-Emission Materials Pages: 17 - 17
III–V Nitride semiconductors for high-performance blue and green light-emitting devices Daniel SteigerwaldSerge RudazRobert Fletcher Blue-Emission Materials Pages: 18 - 23
Developing nitride-based blue LEDs on SiC substrates John EdmondJeffrey Lagaly Blue-Emission Materials Pages: 24 - 26
The X-ray characterization of InGaN and AiGaN heterostructures for blue-light emitters C. J. EitingP. A. GrudowskiR. D. Dupuis Blue-Emission Materials Pages: 27 - 30
Perspectives on new design tools for material processes James C. MalasW. Garth Frazier Modeling Materials Processing Pages: 32 - 33
Incorporating crystallographic texture in deformation process simulations Paul R. DawsonArmand J. Beaudoin Modeling Materials Processing Pages: 34 - 41
The integrated multiscale modeling of diamond chemical vapor deposition David J. SrolovitzDavid S. DandyParitosh Modeling Materials Processing Pages: 42 - 47
Process modeling with neural networks for pulsed GMAW braze welds Dawn WhiteJerald Jones Modeling Materials Processing Pages: 49 - 53
The formability of austenitic stainless steels S. F. PetersonM. C. MatayaD. K. Matlock Retained Austenite in Steel Pages: 54 - 58
Thermomechanical processing effects on C−Mn−Si TRIP steels S. YueA. DiChiroA. Zarei-Hanzaki Retained Austenite in Steel Pages: 59 - 61
The modeling of retained austenite in low-alloyed TRIP steels G. ReisnerE. A. WernerF. D. Fischer Retained Austenite in Steel Pages: 62 - 65
The effects of austenite on the cryogenic mechanical properties of Fe−13Mn−3Al steel Hyung Chul LeeHu-Chul Lee Retained Austenite in Steel Pages: 66 - 68
The effect of retained austenite on contact fatigue in Cr−Ni−W carburized steel Bertold B. VinokurAlexandr L. Geller Retained Austenite in Steel Pages: 69 - 71
Investigating diffusion usingMAPLE, Part II: Thermochemical treatment Savko Malinov Features Pages: 72 - 73
