Search Results - "Yoder, Hatten S"

Primordial Carbonylated Iron-Sulfur Compounds and the Synthesis of Pyruvate by Cody, George D., Boctor, Nabil Z., Filley, Timothy R., Hazen, Robert M., Scott, James H., Sharma, Anurag, Yoder, Hatten S.

“…Experiments exploring the potential catalytic role of iron sulfide at 250°C and elevated pressures (50, 100, and 200 megapascals) revealed a facile,…”
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Inorganic nitrogen reduction and stability under simulated hydrothermal conditions by Brandes, Jay A, Hazen, Robert M, Yoder, Jr, Hatten S

“…Availability of reduced nitrogen is considered a prerequisite for the genesis of life from prebiotic precursors. Most atmospheric and oceanic models for the…”
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Abiotic nitrogen reduction on the early Earth by Brandes, Jay A, Boctor, Nabil Z, Cody, George D, Cooper, Benjamin A, Hazen, Robert M, Yoder, Hatten S

“…The production of organic precursors to life depends critically onthe form of the reactants. In particular, an environment dominated by N2 is far less…”
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Strategic Minerals: A Critical Research Need and Opportunity by Yoder, Hatten S.

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Geology: Significant Component of New Multidisciplinary Sciences by Yoder, Hatten S.

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Norman L. Bowen (1887-1956), MIT class of 1912, first predoctoral fellow of the Geophysical Laboratory by Yoder, Jr

“…One of the great pioneers in experimental petrology, Norman Levi Bowen bridged geology and physical chemistry. Trained at Queen's University, Kingston,…”
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The 10 per Cent CaAl₂Si₂O₈ Plane in the System CaSiO₃-Ca₂Al₂SiO₇-NaAlSiO₄-CaAl₂Si2O by Yoder, Hatten S.

“…The high-temperature equilibrium relationships in the 10 per cent CaAl2Si208 plane in the CaSiO3-Ca2Al2SiO7-NaAlSiO4-CaAl2Si2O8 system have been investigated…”
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Stability Relations of Grossularite by Yoder, Hatten S.

“…Exploratory experiments have been conducted to determine the stability range of grossularite garnet,$Ca_{3}Al_{2}(SiO_{4})_{3}$Grossularite probably has a…”
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Change of Melting Point of Diopside with Pressure by Yoder, Hatten S.

“…The melting point of synthetic diopside under pressures up to 5,000 bars was found by experiment to be well represented by the equation.$t_{m} = 1391.5 +…”
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The Geophysical Laboratory by Yoder, Jr., Hatten S., Rothenberg, Marc

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