Pierre Loti'nin yüzüncü doğum yıldönümü

Taha Toros Arşivi, Dosya Adı: Pierre Lotiİstanbul Kalkınma Ajansı (TR10/14/YEN/0033) İstanbul Development Agency (TR10/14/YEN/0033

Sampling Sites of Dataset

In the dataset, we identified a total of 3658 sampling sites in both provinces and prefecture-level cities

The Final Dataset

The dataset comprised a total of 746 studies (encompassing 840 data sets and 3658 populations) across 343 species from 1998 to 2022

References of Initial Dataset

This file contains not only the corresponding references for dataset, but also the discarded references with reasons from the initial inventory

Two new iridal-type triterpenoids from <i>Iris forrestii</i>

Two new iridal-type triterpenoids, named forrestins A and B (1 and 2), were isolated from Iris forrestii Dykes by comprehensive chromatographic methods. The structures of 1 and 2 were elucidated by interpretation of extensive spectroscopic data including 1D and 2D NMR and HRESIMS.</p

Effect of Al Electronic Configuration on the SiO₂ Thin Film Growth via Catalytic Self-Assembling Deposition

A self-assembling deposition process of SiO₂ thin film growth catalyzed by Al with a small silanol precursor was systematically studied using density functional theory. The full catalytic self-assembling deposition (CSD) cycle is divided into two half reactions. In the first half, the trimethylaluminum molecule undergoes a dissociation process on the hydroxylated SiO₂(001) surface that results in the anchoring of an −AlCH₃ species on the surface and the sequential elimination of two CH₄ molecules. Subsequently, in the second half of the reaction, two reaction routes, i.e., the top-down and the bottom-up routes, were examined to address the growth mechanism of the chain extension with bis­(methoxyl)-monobutoxylsilanol. Our results suggest that the bottom-up route is energetically preferred with a strong influence by the catalytic effect of the seed layer of the Al species. The sp² electronic configuration of the Al atom allows its p_<i>z</i> orbital to accept electron from the lone pair of the silanol precursor, which facilitates the Al–O formation. The electronic configuration of the Al atom was found to undergo sp² → sp³ → sp² evolution cycles along the reaction pathway, each of which produces one layer of a Si–O unit to grow the chain. Our results are consistent with the experimental observations and provide a detailed mechanistic understanding on the CSD processes

E6_Octopus ocellatus

Haplotype file for Octopus ocellatu

E8_Rapana venosa

Haplotype file for Rapana venos

E9_Portunus trituberculatus

Haplotype file for Portunus trituberculatu

Data set information

A file containing the Genbank accessions and popset for each re-analysed data set