The future of biomedical engineering / by 453820 Baker, R. J., Colvin, J. B.

High pressure solid state experiments on the Nova laser by Kalantar, D, Remington, B, Chandler, E, Colvin, J, Gold, D, Mikaelian, K, Weber, S, Wiley, L, Wark, J, Hauer, A, Meyers, M

Solid-state experiments at high pressure and strain rate by Kalantar, D, Remington, B, Colvin, J, Mikaelian, K, Weber, S, Wiley, L, Wark, J, Loveridge, A, Allen, A, Hauer, A, Meyers, M

In situ diffraction measurements of lattice response due to shock loading, including direct observation of the alpha-epsilon phase transition in iron by Kalantar, D, Collins, G, Colvin, J, Eggert, J, Hawreliak, J, Lorenzana, H, Meyers, M, Minich, R, Rosolankova, K, Schneider, MS, Stoelken, J, Wark, J

Transient x-ray diffraction used to diagnose shock compressed Si crystals on the Nova laser by Kalantar, D, Chandler, E, Colvin, J, Lee, R, Remington, B, Weber, S, Hauer, A, Wark, J, Loveridge, A, Failor, B, Meyers, M, Ravichandran, G, Wiley, L

Multiple film plane diagnostic for shocked lattice measurements (invited) by Kalantar, D, Bringa, E, Caturla, M, Colvin, J, Lorenz, K, Kumar, M, Stolken, J, Allen, A, Rosolankova, K, Wark, J, Meyers, M, Schneider, M, Boehly, T

Laser-based high pressure, high strain-rate solid-state experiments. by Kalantar, D, Belak, J, Colvin, J, Kumar, M, Lorenz, K, Mikaelian, K, Pollaine, S, Remington, B, Weber, S, Wiley, L, Allen, A, Loveridge-Smith, A, Wark, J, Meyers, M

Developing solid-state experiments on the Nova laser by Kalantar, D, Remington, B, Chandler, E, Colvin, J, Gold, D, Mikaelian, K, Weber, S, Wiley, L, Wark, J, Loveridge, A, Hauer, A, Failor, B, Meyers, M, Ravichandran, G

Analysis of the x-ray diffraction signal for the alpha-epsilon transition in shock-compressed iron: Simulation and experiment by Hawreliak, J, Colvin, J, Eggert, J, Kalantar, D, Lorenzana, H, Stolken, J, Davies, H, Germann, T, Holian, B, Kadau, K, Lomdahl, P, Higginbotham, A, Rosolankova, K, Sheppard, J, Wark, J

High-pressure, high-strain-rate lattice response of shocked materials by Kalantar, D, Belak, J, Bringa, E, Budil, K, Caturla, M, Colvin, J, Kumar, M, Lorenz, K, Rudd, R, Stolken, J, Allen, A, Rosolankova, K, Wark, J, Meyers, M, Schneider, M

Direct observation of the alpha-epsilon transition in shock-compressed iron via nanosecond x-ray diffraction. by Kalantar, D, Belak, J, Collins, G, Colvin, J, Davies, H, Eggert, J, Germann, T, Hawreliak, J, Holian, B, Kadau, K, Lomdahl, P, Lorenzana, H, Meyers, M, Rosolankova, K, Schneider, MS, Sheppard, J, Stölken, J, Wark, J

Picosecond X-ray diffraction from laser-shocked copper and iron by Wark, J, Belak, J, Collins, G, Colvin, J, Davies, H, Duchaineau, M, Eggert, J, Germann, T, Hawreliak, J, Higginbotham, A, Holian, B, Kadau, K, Kalantar, D, Lomdahl, P, Lorenzana, H, Meyer, M, Remington, B, Rosolankova, K, Rudd, R, Schneider, MS, Sheppard, J, Stolken, J

Picosecond X-ray diffraction studies of shocked single crystals - art. no. 62610T by Wark, J, Belak, J, Collins, G, Colvin, J, Davies, H, Duchaineau, M, Eggert, J, Germann, T, Hawreliak, J, Higginbotham, A, Holian, B, Kadau, K, Kalantar, D, Lomdahl, P, Lorenzana, H, Meyers, M, Murphy, W, Park, N, Remington, B, Rosolankova, K, Rudd, R, Schneider, MS, Sheppard, J, Stolken, J

Picosecond X-ray diffraction studies of shocked single crystals by Wark, J, Belak, J, Collins, G, Colvin, J, Davies, H, Duchaineau, M, Eggert, J, Germann, T, Hawreliak, J, Higginbotham, A, Holian, B, Kadau, K, Kalantar, D, Lomdahl, P, Lorenzana, H, Meyers, M, Murphy, W, Park, N, Remington, B, Rosolankova, K, Rudd, R, Schneider, MS, Sheppard, J, Stolken, J

Materials science under extreme conditions of pressure and strain rate by Remington, B, Bazan, G, Belak, J, Bringa, E, Caturla, M, Colvin, J, Edwards, M, Glendinning, S, Ivanov, D, Kad, B, Kalantar, D, Kumar, M, Lasinski, B, Lorenz, K, McNaney, J, Meyerhofer, D, Meyers, M, Pollaine, S, Rowley, D, Schneider, M, Stolken, J, Wark, J, Weber, S, Wolfer, W, Yaakobi, B