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| 1 | Materials Science and Engineering A显示文摘 | Srinivasan Raghavan Miracle Daniel Tamirisakandala Sesh | 2008 | 4872008，541，： | 1 |
| 2 | Heat-treatment effects on the mircrostructure and tensile properties of powder metallurgy Ti-6AI-4V alloys modified with boron 显示文摘 | Dale j Mceldowney Seshacharyulu Tamirisakandala Daniel B Miracle | 2010 | Metallurgical and Materials Transactions A2010，41，4： | 1 |
| 3 | Direct rolling of as-cast Ti-6Al-4V modified with trace additions of boron 显示文摘 | Raghavan Srinivasan Daniel Miracle Sesh Tamirisakandala | 2008 | Materials Science and Engineering A2008，487，12： | 1 |
| 4 | Heat-treatment effects on the microstructures and tensile properties of powder metallurgy Ti-6A1-4V alloys modified with boron 显示文摘 | Dalej Mceldowney Seshacharyulu Tamirisakandala Daniel B Miracle | 2010 | Metallurgical and Materials Transactions A2010，41，： | 1 |
| 5 | Direct roiling of as-cast Ti-6A1-4V modified with trace additions of boron 显示文摘 | Raghavan Srinivasan Daniel Miracle Sesh Tamirisakandala | 2008 | Materials Science and Engineering A2008，487，： | 1 |
| 6 | Design of refractory multi-principal-element alloys for high-temperature applications显示文摘Refractory multi-principal-element alloys(RMPEAs)exhibit high specific strength at elevated temperatures(T).However,current RMPEAs lack a balance of room-temperature(RT)ductility,high-T strength,and high-T creep resistance.Using density-functional theory methods,we scanned composition space using four criteria:(1)formation energies for operational stability:-150250 GPa;(3)inverse Pugh ratio for ductility:G/B<0.57;and(4)high melting points:T_(m)>2500°C.Using rapid bulk alloy synthesis and characterization,we validated theory and down-selected promising alloy compositions and discovered Mo72.3W12.8Ta10.0Ti2.5Zr2.5 having well-balanced RT and high-T mechanical properties.This alloy has comparable high-T compressive strength to well-known MoNbTaW but is more ductile and more creep resistant.It is also superior to a commercial Mo-based refractory alloy and a nickel-based superalloy(Haynes-282)with improved high-T tensile strength and creep resistance. | Gaoyuan Ouyang Prashant Singh Ranran Su Duane D.Johnson Matthew J.Kramer John H.Perepezko Oleg N.Senkov Daniel Miracle Jun Cui | 2023 | npj Computational Materials2023，，1： | 0 |
| 7 | Natural nest substrates influence squamate embryo physiology but have little effect on hatchling phenotypes显示文摘Vertebrate embryos require access to water;however,many species nest in terrestrial habitats that vary considerably in moisture content.Oviparous,non-avian reptiles have served as models to understand how environmental factors,like moisture availability,influence development because eggs are often exposed to prevailing environments in the absence of parental care.Though much research demonstrates the importance of water absorption by eggs,many ecological factors that influence moisture availability in natural nests have received little attention.For example,the type of substrate in which nests are constructed is understudied.We experimentally incubated eggs of the brown anole lizard(Anolis sagrei)in 2 naturally occurring nest substrates that were treated with varying amounts of water to determine how natural substrates influence development at different moisture concentrations.One substrate consisted of sand and crushed seashells and the other was mostly organic material(i.e.decayed plant material).Both are common nesting substrates at our field site.When controlling for water uptake by eggs,we found that egg survival and hatchling phenotypes were similar between substrates;however,embryos developed more quickly in the sand/shell substrate than the organic substrate,indicating substrate-specific effects on embryo physiology.These results demonstrate that different natural substrates can result in similar developmental outcomes if the water available to eggs is comparable;however,some aspects of development,like developmental rate,are affected by the type of substrate,independent of water availability.Further study is required to determine how natural substrates influence embryo physiology independent of water content. | Joshua M.HALL Jocelyn MIRACLE Cindy D.SCRUGGS Daniel A.WARNER | 2022 | Integrative Zoology2022，17，4： | 0 |
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