Search Results - "Hilts, Robert W."

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    Compound-Specific Carbon Isotope Compositions of Aldehydes and Ketones in the Murchison Meteorite by Simkus, Danielle N., Aponte Silva, Jose C., Hilts, Robert W., Cook, Jamie E., Elsila, Jamie E., Herd, Christopher D. K.

    Published in Meteoritics & planetary science (01-01-2019)
    “…Compound-specific carbon isotope analysis (delta(exp 13)C) of meteoritic organic compounds can be used to elucidate the abiotic chemical reactions involved in…”
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    Journal Article
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    Organic contamination on the surface of meteorites as a function of space and time: A case study of the Buzzard Coulee H4 chondrite by Tunney, Libby D., Herd, Christopher D. K., Hilts, Robert W.

    Published in Meteoritics & planetary science (01-08-2020)
    “…The study of organic compounds in astromaterials represents a unique window into organic matter in the interstellar medium, the solar nebula, and asteroid…”
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    Unusual nonterrestrial l-proteinogenic amino acid excesses in the Tagish Lake meteorite by GLAVIN, Daniel P., ELSILA, Jamie E., BURTON, Aaron S., CALLAHAN, Michael P., DWORKIN, Jason P., HILTS, Robert W., HERD, Christopher D. K.

    Published in Meteoritics & planetary science (01-08-2012)
    “…– The distribution and isotopic and enantiomeric compositions of amino acids found in three distinct fragments of the Tagish Lake C2‐type carbonaceous…”
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    Cold curation of pristine astromaterials: Insights from the Tagish Lake meteorite by Herd, Christopher D. K., Hilts, Robert W., Skelhorne, Aaron W., Simkus, Danielle N.

    Published in Meteoritics & planetary science (01-03-2016)
    “…The curation and handling of volatile‐bearing astromaterials is of prime importance in current and future plans for sample return missions to targets…”
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    Soluble organic compounds in the Tagish Lake meteorite by Hilts, Robert W., Herd, Christopher D. K., Simkus, Danielle N., Slater, Greg F.

    Published in Meteoritics & planetary science (01-04-2014)
    “…The C2 ungrouped Tagish Lake meteorite preserves a range of lithologies, reflecting variable degrees of parent‐body aqueous alteration. Here, we report on…”
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    Testing materials to mitigate terrestrial organic contamination of meteorites: Implications for collection, curation, and handling of astromaterials by Tunney, Libby D., Hill, Patrick J. A., Herd, Christopher D. K., Hilts, Robert W.

    Published in Meteoritics & planetary science (01-02-2023)
    “…Organic matter in astromaterials can provide important information for understanding the chemistry of our solar system and the prebiotic conditions of the…”
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    Distinguishing between terrestrial and extraterrestrial organic compounds in the CM2 Aguas Zarcas carbonaceous chondrite: Implications for intrinsic organic matter by Tunney, Libby D., Hill, Patrick J. A., Herd, Christopher D. K., Hilts, Robert W., Holt, Miranda C.

    Published in Meteoritics & planetary science (01-04-2022)
    “…Soluble organic matter analyses of astromaterials can provide valuable information on the chemistry of our solar system and the processes that occur within it…”
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    Organic compounds in the Tarda C2 ungrouped carbonaceous chondrite: Evaluating the sources of contamination in a desert fall by Tunney, Libby D., Hill, Patrick J. A., Herd, Christopher D. K., Hilts, Robert W.

    Published in Meteoritics & planetary science (01-04-2022)
    “…Studying organic compounds in meteorites provides important insight into the chemical processes that occurred in the early solar system. Once meteorites reach…”
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    New Insights into the Heterogeneity of the Tagish Lake Meteorite: Soluble Organic Compositions of Variously Altered Specimens by Simkus, Danielle N., Aponte, Jose C., Cook, Jamie E., Hilts, Robert W., McLain, Hannah L., Herd, Christopher D. K.

    Published in Meteoritics & planetary science (01-06-2019)
    “…The Tagish Lake carbonaceous chondrite exhibits a unique compositional heterogeneity that may be attributed to varying degrees of aqueous alteration within the…”
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    Synthesis, Properties, and Bishomoaromaticity of the First Tetrahalogenated Derivative of a 1, 5-Diphosphadithiatetrazocine: A Combined Experimental and Computational Investigation by Chivers, Tristram, Hilts, Robert W, Jin, Peng, Chen, Zhongfang, Lu, Xin

    Published in Inorganic chemistry (19-04-2010)
    “…The first example of a tetrahalogenated derivative of a diphosphadithiatetrazocine, 1,5-Cl2P(NSN)2PCl2 (3), was synthesized by cyclocondensation of a 2:1…”
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    Double Activation of the Geminal Carbon−Hydrogen Bonds in 1,3-Butadiene by a Diiridium Complex by Ristic-Petrovic, Dusan, Torkelson, Jeffrey R, Hilts, Robert W, McDonald, Robert, Cowie, Martin

    Published in Organometallics (30-10-2000)
    “…The binuclear complex [Ir2(CH3)(CO)2(dppm)2][CF3SO3] (1) (dppm = Ph2PCH2PPh2) reacts with 1,3-butadiene at ambient temperature over a 48 h period to give the…”
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    An Unusual Example of Allyl-to-Alkynyl Migration in a Phenylacetylide-Bridged Heterobinuclear Complex of Rhodium and Iridium by George, Darren S. A, Hilts, Robert W, McDonald, Robert, Cowie, Martin

    Published in Organometallics (06-12-1999)
    “…The reactivity of the alkynyl-bridged complex [RhIr(CO)2(μ2-η1:η2-C2Ph)(dppm)2][X] (X = BF4 (1a), SO3CF3 (1b); dppm = Ph2PCH2PPh2) with electrophiles has been…”
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    Dialkyl and Trialkyl Heterobinuclear Complexes of Rhodium and Iridium:  Models for Adjacent-Metal Involvement in Bimetallic Catalysts by Hilts, Robert W, Oke, Okemona, Ferguson, Michael J, McDonald, Robert, Cowie, Martin

    Published in Organometallics (29-08-2005)
    “…The heterobinuclear dialkyl complexes [RhIr(R)2(μ-CO)(dppm)2] (dppm = μ-Ph2PCH2PPh2; R = CH3 (2), CH2Ph (3)) have been prepared. Both A-frame-like compounds…”
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    Sulfur–carbon bond formation and bond cleavage in alkynyl-bridged heterobinuclear complexes of rhodium and iridium by George, Darren S.A., Hilts, Robert W., McDonald, Robert, Cowie, Martin

    Published in Inorganica Chimica Acta (30-04-2000)
    “…The phenylacetylide-bridged heterobinuclear complexes [RhIr(CO)2(μ-η1:η2-C2Ph)(dppm)2][X] (X=BF4, SO3CF3; dppm=Ph2PCH2PPh2) (1) react with carbon disulfide to…”
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