Showing 1,601 - 1,620 results of 15,783 for search '(( six ((nn decrease) OR (a decrease)) ) OR ( i ((largest decrease) OR (larger decrease)) ))', query time: 0.79s Refine Results
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    Understanding Regiodivergence in a Pd(II)-Mediated Site-Selective C–H Alkynylation by Kenji Usui (1748389)

    Published 2018
    “…TIPS alkyne <i>bromides</i> react selectively with the six-membered palladacycle (from δ-palladation) through a migratory insertion pathway. …”
  5. 1605

    Understanding Regiodivergence in a Pd(II)-Mediated Site-Selective C–H Alkynylation by Kenji Usui (1748389)

    Published 2018
    “…TIPS alkyne <i>bromides</i> react selectively with the six-membered palladacycle (from δ-palladation) through a migratory insertion pathway. …”
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    <i>yhdP</i>, <i>tamB</i> mutants in W3110 exhibit multiple defects associated with the cell envelope. by Martin V. Douglass (7349081)

    Published 2022
    “…(B) Loss of both <i>yhdP</i> and <i>tamB</i> results in decreased cell surface area. …”
  8. 1608

    Average relative error of τ<sub><i>i</i></sub>. by Zhezhe Zhang (19704587)

    Published 2024
    “…Under the same <i>JRC</i>, σ<sub><i>i</i></sub> increases with the increase of τ<sub>1</sub>, and Δσ<sub>n</sub> decreases with the increasing τ<sub>1</sub>. …”
  9. 1609

    Average relative error of τ<sub><i>i</i></sub>. by Zhezhe Zhang (19704587)

    Published 2024
    “…Under the same <i>JRC</i>, σ<sub><i>i</i></sub> increases with the increase of τ<sub>1</sub>, and Δσ<sub>n</sub> decreases with the increasing τ<sub>1</sub>. …”
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    Data_Sheet_1_Ecophysiological responses of seedlings of six dipterocarp species to short-term drought in Borneo.docx by Tomoaki Ichie (2929254)

    Published 2023
    “…However, there were interspecific differences in physiological responses to such a decrease in soil water content: S. parvifolia and S. beccariana actively controlled their stomata during drought to reduce water consumption via an isohydric response, but showed an increase (S. parvifolia) or no change (S. beccariana) in leaf drought tolerance; Di. pachyphyllus and Dry. aromatica maintained photosynthesis and transpiration close to the wilting point during drought without reducing water consumption via an anisohydric response, and also increased their leaf drought tolerance over the drying period; and S. curtisii and S. smithiana maintained their photosynthetic capacity without stomatal closure, but showed no change or a slight decrease in leaf drought tolerance. …”
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