This document includes supplemental material to an article titled "Correlation of human and animal air-to-blood partition coefficients with a single linear free energy relationship model," published in QSAR & Combinatorial Science.

This document provides a transcript summary of the first part of the Workshop on User-Centered Design of Language Archives; it contains an overview of language archives by Gary Holton and an overview of user-centered design by Christina Wasson.

This document provides a transcript summary of the fourth part of Workshop on User-Centered Design of Language Archives; it contains a detailed summary of discussions on the second day of the workshop.

This table of contents shows the relationships among the transcript summaries, videos, and audio files associated with the Workshop on User-Centered Design of Language Archives.

This document provides a transcript summary of the second part of Workshop on User-Centered Design of Language Archives; it contains a detailed summary of individual presentations by all workshop participants on the perspectives of stakeholder groups.

This document provides a transcript summary of the fifth and final part of Workshop on User-Centered Design of Language Archives; it contains a detailed summary of the concluding discussion at the end of the workshop.

This document provides a transcript summary of the third part of Workshop on User-Centered Design of Language Archives; it contains a detailed summary of discussions on the first day of the workshop.

Abstract: Application of the laser photolysis–laser-induced fluorescence method to the reaction NH2 + SO2 in argon bath gas yields pressure-dependent, third-order kinetics which may be summarized as 𝑘 = (1.49 ± 0.15) × 10^−31 (𝑇/298 K) − 0.83 cm^6 molecule^−2 s^−1 over 292 – 555 K, where the uncertainty is the 95% confidence interval and includes possible systematic errors.The quenching of vibrationally excited NH2 is consistent with a high-pressure limit for NH2 + SO2 of (1.62 ± 0.25) × 10^−11 cm^3 molecule^−1 s^−1 over the temperature range 295–505 K, where again the 95% confidence interval is shown. Abinitio analysis yields a H2N – SO2 dissociation enthalpy of 73.5 kJmol−1, and comparison with RRKM theory and the exponential down model for energy transfer yields ⟨Δ𝐸⟩down = 350 cm^−1 for Ar at room temperature.