Whaling, Ward

Combined from CaltechTHESIS advisor

• Greenlee, Thomas Russell (1978) Measurement of Transition Probabilities for Mn I Lines and the Manganese Solar Abundance; 10.7907/pyzv-re76
• Lennard, William Norman (1974) Absolute Transition Probabilities for Ni I and the Solar Nickel Abundance; 10.7907/xc68-b259
• Smith, Peter Lloyd (1972) Measurement of Absolute Transition Probabilities for Lines of Fe II; 10.7907/VKGQ-0160
• Martínez-García, Mario (1971) Experimental Transition Probabilities for Lines of Fe I; 10.7907/V3YA-JP61
• Moss, Calvin Elroy (1968) Nuclear Energy Levels of ³¹S and ³³Cl; 10.7907/6WP8-MY34
• Zaidins, Clyde Stewart (1967) A Study of the Reaction ⁶Li(¹²C,d)¹⁶O* Above the Coulomb Barrier.; 10.7907/3J4Y-RJ65
• Cocke, Charles Lewis, Jr. (1967) A Study of the ⁹Be Nucleus; 10.7907/2DBM-0G92
• McNally, James Henry (1966) Nuclear Reactions Leading to Energy Levels of A³⁷ and K³⁷; 10.7907/D4JD-V258
• Fisher, Thornton Roberts (1963) Part I. A Study of the Na²³(ρ,α)Ne²⁰ Reaction for Proton Bombarding Energies from 100 to 450 KeV. Part II. A Measurement of the Half-Lives of N¹² and B¹² Half-Lives; 10.7907/9ND5-CW79
• Groce, David Eiben (1963) Magnetic Analysis of Reactions Leading to Excited States in Li⁶ and B¹¹; 10.7907/47VK-VR77
• Powers, R. Darden (1962) The Range of Heavy Ions in Solid Materials; 10.7907/Z12Y-J867
• Overley, Jack Castle (1961) A Study of the Elastic Scattering of Protons by B¹⁰; 10.7907/XZP6-5P63
• Zimmermann, William (1958) Experiments Concerning the Low-energy States of N¹⁶ and 0¹⁹; 10.7907/VB5R-4S59
• Pixley, Ralph Edward (1957) The Reaction Cross Section of Nitrogen 14 for Protons between 220 and 600 kev; 10.7907/7Y5Z-6383
• Bader, Michel (1955) The Stopping Power of Various Substances for Low Energy Protons; 10.7907/64N0-E240