cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.5472595.v1
title: bmA transition data from A Fokker–Planck reaction model for the epitaxial growth and shape transition of quantum dots

description: We construct a Fokker–Planck reaction (FPR) model to investigate the dynamics of the coupled epitaxial growth and shape transition process of an array of quantum dots (QDs). The FPR model is based on a coupled system of Fokker–Planck equations wherein the distribution of each island type is governed by its own Fokker–Planck equation for growth, with reaction terms describing the shape transitions between islands of different types including asymmetric shapes. The reaction terms for the shape transitions depend on the island size and are determined from explicit calculations of the lowest barrier pathway for each shape transition. This mean-field model enables us to consider the kinetics of asymmetric shape transitions and study the evolution of island shape distributions during the coupled growth and transition process. Asymmetric metastable shapes play a crucial role in the dynamics, with asymmetric QDs comprising up to 10% of the population, and with up to 100% of the shape transitions passing through asymmetric shapes. Moreover, we find that the multimodal distribution characteristic of pyramid/dome QD coarsening can be eliminated at sufficiently high temperature and deposition rate.
DOI: 10.6084/m9.figshare.5472583.v1
title: P transition data from A Fokker–Planck reaction model for the epitaxial growth and shape transition of quantum dots

description: We construct a Fokker–Planck reaction (FPR) model to investigate the dynamics of the coupled epitaxial growth and shape transition process of an array of quantum dots (QDs). The FPR model is based on a coupled system of Fokker–Planck equations wherein the distribution of each island type is governed by its own Fokker–Planck equation for growth, with reaction terms describing the shape transitions between islands of different types including asymmetric shapes. The reaction terms for the shape transitions depend on the island size and are determined from explicit calculations of the lowest barrier pathway for each shape transition. This mean-field model enables us to consider the kinetics of asymmetric shape transitions and study the evolution of island shape distributions during the coupled growth and transition process. Asymmetric metastable shapes play a crucial role in the dynamics, with asymmetric QDs comprising up to 10% of the population, and with up to 100% of the shape transitions passing through asymmetric shapes. Moreover, we find that the multimodal distribution characteristic of pyramid/dome QD coarsening can be eliminated at sufficiently high temperature and deposition rate.
DOI: 10.6084/m9.figshare.5472586.v1
title: mH_mu transition data from A Fokker–Planck reaction model for the epitaxial growth and shape transition of quantum dots

description: We construct a Fokker–Planck reaction (FPR) model to investigate the dynamics of the coupled epitaxial growth and shape transition process of an array of quantum dots (QDs). The FPR model is based on a coupled system of Fokker–Planck equations wherein the distribution of each island type is governed by its own Fokker–Planck equation for growth, with reaction terms describing the shape transitions between islands of different types including asymmetric shapes. The reaction terms for the shape transitions depend on the island size and are determined from explicit calculations of the lowest barrier pathway for each shape transition. This mean-field model enables us to consider the kinetics of asymmetric shape transitions and study the evolution of island shape distributions during the coupled growth and transition process. Asymmetric metastable shapes play a crucial role in the dynamics, with asymmetric QDs comprising up to 10% of the population, and with up to 100% of the shape transitions passing through asymmetric shapes. Moreover, we find that the multimodal distribution characteristic of pyramid/dome QD coarsening can be eliminated at sufficiently high temperature and deposition rate.
DOI: 10.6084/m9.figshare.5472571
title: D transition data from A Fokker–Planck reaction model for the epitaxial growth and shape transition of quantum dots

description: We construct a Fokker–Planck reaction (FPR) model to investigate the dynamics of the coupled epitaxial growth and shape transition process of an array of quantum dots (QDs). The FPR model is based on a coupled system of Fokker–Planck equations wherein the distribution of each island type is governed by its own Fokker–Planck equation for growth, with reaction terms describing the shape transitions between islands of different types including asymmetric shapes. The reaction terms for the shape transitions depend on the island size and are determined from explicit calculations of the lowest barrier pathway for each shape transition. This mean-field model enables us to consider the kinetics of asymmetric shape transitions and study the evolution of island shape distributions during the coupled growth and transition process. Asymmetric metastable shapes play a crucial role in the dynamics, with asymmetric QDs comprising up to 10% of the population, and with up to 100% of the shape transitions passing through asymmetric shapes. Moreover, we find that the multimodal distribution characteristic of pyramid/dome QD coarsening can be eliminated at sufficiently high temperature and deposition rate.
DOI: 10.6084/m9.figshare.5472580.v1
title: mH transition data from A Fokker–Planck reaction model for the epitaxial growth and shape transition of quantum dots

description: We construct a Fokker–Planck reaction (FPR) model to investigate the dynamics of the coupled epitaxial growth and shape transition process of an array of quantum dots (QDs). The FPR model is based on a coupled system of Fokker–Planck equations wherein the distribution of each island type is governed by its own Fokker–Planck equation for growth, with reaction terms describing the shape transitions between islands of different types including asymmetric shapes. The reaction terms for the shape transitions depend on the island size and are determined from explicit calculations of the lowest barrier pathway for each shape transition. This mean-field model enables us to consider the kinetics of asymmetric shape transitions and study the evolution of island shape distributions during the coupled growth and transition process. Asymmetric metastable shapes play a crucial role in the dynamics, with asymmetric QDs comprising up to 10% of the population, and with up to 100% of the shape transitions passing through asymmetric shapes. Moreover, we find that the multimodal distribution characteristic of pyramid/dome QD coarsening can be eliminated at sufficiently high temperature and deposition rate.
DOI: 10.6084/m9.figshare.5472568
title: uD transition data from A Fokker–Planck reaction model for the epitaxial growth and shape transition of quantum dots

description: We construct a Fokker–Planck reaction (FPR) model to investigate the dynamics of the coupled epitaxial growth and shape transition process of an array of quantum dots (QDs). The FPR model is based on a coupled system of Fokker–Planck equations wherein the distribution of each island type is governed by its own Fokker–Planck equation for growth, with reaction terms describing the shape transitions between islands of different types including asymmetric shapes. The reaction terms for the shape transitions depend on the island size and are determined from explicit calculations of the lowest barrier pathway for each shape transition. This mean-field model enables us to consider the kinetics of asymmetric shape transitions and study the evolution of island shape distributions during the coupled growth and transition process. Asymmetric metastable shapes play a crucial role in the dynamics, with asymmetric QDs comprising up to 10% of the population, and with up to 100% of the shape transitions passing through asymmetric shapes. Moreover, we find that the multimodal distribution characteristic of pyramid/dome QD coarsening can be eliminated at sufficiently high temperature and deposition rate.
DOI: 10.6084/m9.figshare.5472565
title: bmH transition data from A Fokker–Planck reaction model for the epitaxial growth and shape transition of quantum dots

description: We construct a Fokker–Planck reaction (FPR) model to investigate the dynamics of the coupled epitaxial growth and shape transition process of an array of quantum dots (QDs). The FPR model is based on a coupled system of Fokker–Planck equations wherein the distribution of each island type is governed by its own Fokker–Planck equation for growth, with reaction terms describing the shape transitions between islands of different types including asymmetric shapes. The reaction terms for the shape transitions depend on the island size and are determined from explicit calculations of the lowest barrier pathway for each shape transition. This mean-field model enables us to consider the kinetics of asymmetric shape transitions and study the evolution of island shape distributions during the coupled growth and transition process. Asymmetric metastable shapes play a crucial role in the dynamics, with asymmetric QDs comprising up to 10% of the population, and with up to 100% of the shape transitions passing through asymmetric shapes. Moreover, we find that the multimodal distribution characteristic of pyramid/dome QD coarsening can be eliminated at sufficiently high temperature and deposition rate.
DOI: 10.6084/m9.figshare.5472571.v1
title: D transition data from A Fokker–Planck reaction model for the epitaxial growth and shape transition of quantum dots

description: We construct a Fokker–Planck reaction (FPR) model to investigate the dynamics of the coupled epitaxial growth and shape transition process of an array of quantum dots (QDs). The FPR model is based on a coupled system of Fokker–Planck equations wherein the distribution of each island type is governed by its own Fokker–Planck equation for growth, with reaction terms describing the shape transitions between islands of different types including asymmetric shapes. The reaction terms for the shape transitions depend on the island size and are determined from explicit calculations of the lowest barrier pathway for each shape transition. This mean-field model enables us to consider the kinetics of asymmetric shape transitions and study the evolution of island shape distributions during the coupled growth and transition process. Asymmetric metastable shapes play a crucial role in the dynamics, with asymmetric QDs comprising up to 10% of the population, and with up to 100% of the shape transitions passing through asymmetric shapes. Moreover, we find that the multimodal distribution characteristic of pyramid/dome QD coarsening can be eliminated at sufficiently high temperature and deposition rate.
DOI: 10.6084/m9.figshare.5472565.v1
title: bmH transition data from A Fokker–Planck reaction model for the epitaxial growth and shape transition of quantum dots

description: We construct a Fokker–Planck reaction (FPR) model to investigate the dynamics of the coupled epitaxial growth and shape transition process of an array of quantum dots (QDs). The FPR model is based on a coupled system of Fokker–Planck equations wherein the distribution of each island type is governed by its own Fokker–Planck equation for growth, with reaction terms describing the shape transitions between islands of different types including asymmetric shapes. The reaction terms for the shape transitions depend on the island size and are determined from explicit calculations of the lowest barrier pathway for each shape transition. This mean-field model enables us to consider the kinetics of asymmetric shape transitions and study the evolution of island shape distributions during the coupled growth and transition process. Asymmetric metastable shapes play a crucial role in the dynamics, with asymmetric QDs comprising up to 10% of the population, and with up to 100% of the shape transitions passing through asymmetric shapes. Moreover, we find that the multimodal distribution characteristic of pyramid/dome QD coarsening can be eliminated at sufficiently high temperature and deposition rate.
DOI: 10.6084/m9.figshare.5472568.v1
title: uD transition data from A Fokker–Planck reaction model for the epitaxial growth and shape transition of quantum dots

description: We construct a Fokker–Planck reaction (FPR) model to investigate the dynamics of the coupled epitaxial growth and shape transition process of an array of quantum dots (QDs). The FPR model is based on a coupled system of Fokker–Planck equations wherein the distribution of each island type is governed by its own Fokker–Planck equation for growth, with reaction terms describing the shape transitions between islands of different types including asymmetric shapes. The reaction terms for the shape transitions depend on the island size and are determined from explicit calculations of the lowest barrier pathway for each shape transition. This mean-field model enables us to consider the kinetics of asymmetric shape transitions and study the evolution of island shape distributions during the coupled growth and transition process. Asymmetric metastable shapes play a crucial role in the dynamics, with asymmetric QDs comprising up to 10% of the population, and with up to 100% of the shape transitions passing through asymmetric shapes. Moreover, we find that the multimodal distribution characteristic of pyramid/dome QD coarsening can be eliminated at sufficiently high temperature and deposition rate.
DOI: 10.6084/m9.figshare.5472517
title: 香港上海銀行ノ發達及其ノ現況 - The Development and Present State of the Hongkong & Shanghai Banking Corporation

description: 朝鮮銀行調査室. 1915. 香港上海銀行ノ發達及其ノ現況. 朝鮮銀行. An internal document prepared by the Bank of Chosen in 1915, with the aim of describing the development and growth of HSBC in Asia, detailing bill discounting, note issue, underwriting Chinese debt.
DOI: 10.6084/m9.figshare.5472517.v1
title: 香港上海銀行ノ發達及其ノ現況 - The Development and Present State of the Hongkong & Shanghai Banking Corporation

description: 朝鮮銀行調査室. 1915. 香港上海銀行ノ發達及其ノ現況. 朝鮮銀行. An internal document prepared by the Bank of Chosen in 1915, with the aim of describing the development and growth of HSBC in Asia, detailing bill discounting, note issue, underwriting Chinese debt.
DOI: 10.6084/m9.figshare.5472499
title: 銀行簿記例題 - An Exercise in Bank Accounting (Vol. 2)

description: 大蔵省銀行課. 1879. 銀行簿記例題. 佐久間貞一 , 小林新兵衞 : 秀英舍 (發兌). Vol. 2 (下)An accounting manual published by the banking department of the Japanese Ministry of Finance. Explains the workflow related to bills of exchange, ...<br>
DOI: 10.6084/m9.figshare.5472505
title: Loss of control over the ethanol consumption: differential transcriptional regulation in prefrontal cortex

description: Alcohol use disorder (AUD) is a complex multifactorial disease with heritability of ∼50% and corresponds to the state in which the body triggers a reinforcement or reward compulsive behavior due to ethanol consumption, even when faced with negative consequences. Although several studies have shown the impact of high ethanol intake on the prefrontal cortex (PFC) gene expression, few have addressed the relationship between the patterns of gene expression underlying the compulsive behaviour associated with relapsing. In this study, we used a chronic three-bottle free-choice mouse model to investigate the PFC transcriptome in three different groups of mice drinkers: ‘Light drinkers’ (preference for water throughout the experiment); ‘Heavy drinkers’ (preference for ethanol with a non-compulsive intake), and ‘Inflexible drinkers’ (preference for ethanol with a compulsive drinking component). Our aim was to correlate the intake patterns observed in this model with gene expression changes in the PFC, a brain region critical for the development and maintenance of alcohol addiction. We found that the <i>Camk2a</i> gene showed a downregulated profile only in the Inflexible when compared to the Light drinkers group, the <i>Camk2n1</i> and <i>Pkp2</i> genes showed an upregulated profile only in the Inflexible drinkers when compared to the Control group, and the <i>Gja1</i> gene showed an upregulated profile in the Light and Inflexible drinkers when compared to the Control group. These different transcription patterns have been associated to the presence of alcohol, in the <i>Camk2n1</i> and <i>Gja1</i> genes; to the amount of ethanol consumed, in the <i>Camk2a</i> gene; and to the loss of control in the alcohol consumption, in the <i>Pkp2</i> gene. Here, we provide, for the first time, the potential involvement of the <i>Pkp2</i> gene in the compulsivity and loss of control over the voluntary ethanol consumption.
DOI: 10.6084/m9.figshare.5472505.v1
title: Loss of control over the ethanol consumption: differential transcriptional regulation in prefrontal cortex

description: Alcohol use disorder (AUD) is a complex multifactorial disease with heritability of ∼50% and corresponds to the state in which the body triggers a reinforcement or reward compulsive behavior due to ethanol consumption, even when faced with negative consequences. Although several studies have shown the impact of high ethanol intake on the prefrontal cortex (PFC) gene expression, few have addressed the relationship between the patterns of gene expression underlying the compulsive behaviour associated with relapsing. In this study, we used a chronic three-bottle free-choice mouse model to investigate the PFC transcriptome in three different groups of mice drinkers: ‘Light drinkers’ (preference for water throughout the experiment); ‘Heavy drinkers’ (preference for ethanol with a non-compulsive intake), and ‘Inflexible drinkers’ (preference for ethanol with a compulsive drinking component). Our aim was to correlate the intake patterns observed in this model with gene expression changes in the PFC, a brain region critical for the development and maintenance of alcohol addiction. We found that the <i>Camk2a</i> gene showed a downregulated profile only in the Inflexible when compared to the Light drinkers group, the <i>Camk2n1</i> and <i>Pkp2</i> genes showed an upregulated profile only in the Inflexible drinkers when compared to the Control group, and the <i>Gja1</i> gene showed an upregulated profile in the Light and Inflexible drinkers when compared to the Control group. These different transcription patterns have been associated to the presence of alcohol, in the <i>Camk2n1</i> and <i>Gja1</i> genes; to the amount of ethanol consumed, in the <i>Camk2a</i> gene; and to the loss of control in the alcohol consumption, in the <i>Pkp2</i> gene. Here, we provide, for the first time, the potential involvement of the <i>Pkp2</i> gene in the compulsivity and loss of control over the voluntary ethanol consumption.
DOI: 10.6084/m9.figshare.5472451
title: Untitled Item

description: CTD, moorings and model data
DOI: 10.6084/m9.figshare.5472454
title: Peterborough and Stamford Hospitals NHS Foundation Trust

description: Response to our Freedom of Information Act request received from this NHS Trust.
DOI: 10.6084/m9.figshare.5472457
title: Portsmouth Hospitals NHS Trust

description: Response to our Freedom of Information Act request received from this NHS Trust.
DOI: 10.6084/m9.figshare.5472451.v1
title: Untitled Item

description: CTD, moorings and model data
DOI: 10.6084/m9.figshare.5472454.v1
title: Peterborough and Stamford Hospitals NHS Foundation Trust

description: Response to our Freedom of Information Act request received from this NHS Trust.
DOI: 10.6084/m9.figshare.5472457.v1
title: Portsmouth Hospitals NHS Trust

description: Response to our Freedom of Information Act request received from this NHS Trust.
DOI: 10.6084/m9.figshare.5472448
title: Pennine Care NHS Foundation Trust

description: Response to our Freedom of Information Act request received from this NHS Trust.
DOI: 10.6084/m9.figshare.5472430
title: Oxford University Hospitals NHS Foundation Trust

description: Response to our Freedom of Information Act request received from this NHS Trust.
DOI: 10.6084/m9.figshare.5472433
title: Oxleas NHS Foundation Trust

description: Response to our Freedom of Information Act request received from this NHS Trust.<br>
DOI: 10.6084/m9.figshare.5472436
title: Papworth Hospital NHS Foundation Trust

description: Response to our Freedom of Information Act request received from this NHS Trust.
DOI: 10.6084/m9.figshare.5472442
title: Pennine Acute Hospitals NHS Trust

description: Response to our Freedom of Information Act request received from this NHS Trust.
DOI: 10.6084/m9.figshare.5472433.v1
title: Oxleas NHS Foundation Trust

description: Response to our Freedom of Information Act request received from this NHS Trust.<br>
DOI: 10.6084/m9.figshare.5472436.v1
title: Papworth Hospital NHS Foundation Trust

description: Response to our Freedom of Information Act request received from this NHS Trust.
DOI: 10.6084/m9.figshare.5472448.v1
title: Pennine Care NHS Foundation Trust

description: Response to our Freedom of Information Act request received from this NHS Trust.
DOI: 10.6084/m9.figshare.5472430.v1
title: Oxford University Hospitals NHS Foundation Trust

description: Response to our Freedom of Information Act request received from this NHS Trust.
DOI: 10.6084/m9.figshare.5472442.v1
title: Pennine Acute Hospitals NHS Trust

description: Response to our Freedom of Information Act request received from this NHS Trust.
DOI: 10.6084/m9.figshare.5472340.v1
title: Landslide inventory, Teziutlán municipality, Puebla, México (1942–2015)

description: This article describes the spatial distribution of landslides in Teziutlán, Puebla, Mexico, which has been historically affected by mass movement processes. The most significant disaster associated with landslides in October 1999. Rainfall-triggered landslides and floods caused more than 100 deaths in Teziutlán and economic losses of US$233 million in Sierra Norte de Puebla. A multi-temporal landslide inventory map (1:25,000) for the period 1942–2015 was constructed by means of field observation and the analysis and interpretation of aerial photographs and satellite images. The inventory map includes 662 landslides and covers 163 km<sup>2</sup>. The total landslide area is in the order of 0.71 km<sup>2</sup>. Taking into account the scarp, channel and depositional area, the mean surface of the landslides is 1075 m<sup>2</sup>. The largest documented area was 17,512 m<sup>2</sup>. The smallest landslide area mapped was 24 m<sup>2</sup>. Most movements can be considered as having been small.
DOI: 10.6084/m9.figshare.5472343.v2
title: Latihan Pemodelan Sederhana Metode Induced Polarization

description: Latihan pemodelan induced polarization sederhana untuk kasus silinder horisontal.
DOI: 10.6084/m9.figshare.5471968
title: Lord Howe Island, Australia—Drosophilidae (Diptera)

description: A total of twelve species of Drosophilidae (Diptera) have been reported from Lord Howe Island in the Tasman Sea 600 km east of the Australian mainland. Specimens have been collected over several decades, using a variety of methods at a wide range of localities across the island (Table 1). Collection events (Table 2) reveal no particular seasonality, altitudinal or collection-method dependency except that <i>Mycodrosophila</i> <i>rosemaryae, M. stigma</i> and <i>Scaptodrosophila fungi</i> are found only at or near fungus. The endemic species <i>S. howensis</i> is widespread on the island. All 1441 drosophilid specimen records are given in Table 3. A full report is given in McEvey (2017).
DOI: 10.6084/m9.figshare.5471941
title: PredictTrophicMode_Tool

description: tool for predicting trophic mode, given whole genome or transcriptome predicted protein sequences