Table 1_The effects of charring on morphology and stable carbon and nitrogen isotope values of common and foxtail millet grains.xlsx by Andrés Teira-Brión (15447182)

“…The data confirm that charring increases δ¹³C_VPDB and δ¹⁵N_AIR values in both common millet and foxtail millet. …”

Table 2_The effects of charring on morphology and stable carbon and nitrogen isotope values of common and foxtail millet grains.xlsx by Andrés Teira-Brión (15447182)

“…The data confirm that charring increases δ¹³C_VPDB and δ¹⁵N_AIR values in both common millet and foxtail millet. …”

Table 3_The effects of charring on morphology and stable carbon and nitrogen isotope values of common and foxtail millet grains.xlsx by Andrés Teira-Brión (15447182)

“…The data confirm that charring increases δ¹³C_VPDB and δ¹⁵N_AIR values in both common millet and foxtail millet. …”

Final C2-RMSEA-based model fit and Ω-based internal consistency estimates for final CF-IQ item pool per domain. by Daniel Serrano (803970)

Related to S6C Fig. by Tyron Chang (9922533)

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a-c. Dengue incidence rates (per 100,000 population) across 2,471 municipalities in for the years 2022 (a), 2023 (b), and 2024 (c), Mexico. by Oliver Mendoza-Cano (9148646)

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Theoretical Mechanism of Rh-Containing Species Catalyzing the Hydrogenolysis of Lignin Model Compounds Using −C_αO–H and −C_α–H Groups as Superior H‑Sources... by Han-Yun Min (18061770)

Subjects:

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Data Sheet 1_The effects of charring on morphology and stable carbon and nitrogen isotope values of common and foxtail millet grains.pdf by Andrés Teira-Brión (15447182)

“…The data confirm that charring increases δ¹³C_VPDB and δ¹⁵N_AIR values in both common millet and foxtail millet. …”

Data Sheet 2_The effects of charring on morphology and stable carbon and nitrogen isotope values of common and foxtail millet grains.pdf by Andrés Teira-Brión (15447182)

“…The data confirm that charring increases δ¹³C_VPDB and δ¹⁵N_AIR values in both common millet and foxtail millet. …”

Supramolecular Length-Dependent Encapsulation of C₉₀, C₁₀₀, C₁₂₀, and C₁₃₀: a Shape-Selective Approach to Fullertube Purification by Valentina Iannace (17902446)

“…We report a nanocapsule with an inner cavity height (14.1 Å) capable of selectively encapsulating fullertubes with a diameter of 7 Å. Results show an increased affinity for encapsulation in proportion to increasing tubular length following a trend of [5,5]C₉₀ < [5,5]C₁₀₀ < [5,5]C₁₂₀ < [5,5]C₁₃₀, as deduced from <i>K</i>_a values, inferred from competition experiments and corroborated by molecular dynamics simulations. …”

Supramolecular Length-Dependent Encapsulation of C₉₀, C₁₀₀, C₁₂₀, and C₁₃₀: a Shape-Selective Approach to Fullertube Purification by Valentina Iannace (17902446)

“…We report a nanocapsule with an inner cavity height (14.1 Å) capable of selectively encapsulating fullertubes with a diameter of 7 Å. Results show an increased affinity for encapsulation in proportion to increasing tubular length following a trend of [5,5]C₉₀ < [5,5]C₁₀₀ < [5,5]C₁₂₀ < [5,5]C₁₃₀, as deduced from <i>K</i>_a values, inferred from competition experiments and corroborated by molecular dynamics simulations. …”

Supramolecular Length-Dependent Encapsulation of C₉₀, C₁₀₀, C₁₂₀, and C₁₃₀: a Shape-Selective Approach to Fullertube Purification by Valentina Iannace (17902446)

“…We report a nanocapsule with an inner cavity height (14.1 Å) capable of selectively encapsulating fullertubes with a diameter of 7 Å. Results show an increased affinity for encapsulation in proportion to increasing tubular length following a trend of [5,5]C₉₀ < [5,5]C₁₀₀ < [5,5]C₁₂₀ < [5,5]C₁₃₀, as deduced from <i>K</i>_a values, inferred from competition experiments and corroborated by molecular dynamics simulations. …”