cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.840536.v1
title: Gaussian Job Archive for C15H32O3

description: Archive of work produced using the resources of the Imperial College High Performance Computing Service.
DOI: 10.6084/m9.figshare.840519
title: Fang et al. 2012

description: SNP data from Fang et al. 2012 Taxon names are genus/subpsecies, such that Zl = Zea luxurians, Zd = Zea diploperennis, Tdact = Tripsacum dactyloides, etc. http://www.genetics.org/content/191/3/883.abstract
DOI: 10.6084/m9.figshare.840527.v1
title: HERRAMIENTAS IGITALES PARA EL AULA SEGUN ESTILOS DE APRENDIZAJE

description: Se reportan resultados de avances en fase exploratoria cuyo objetivo es la integración e implantación de estrategia áulica con Herramientas Digitales según Estilos de Aprendizaje, basada en el modo de procesar la información de Kolb 1984; cuadrante cerebral de Hermann; inteligencias múltiples de Gardner; sistema de representación de programación neurolingüística y hemisferio cerebral con apoyo en Taxonomía 1995 y 2008 creadas por Boom: Este trabajo forma parte del Proyecto Recursos y Medios Electrónicos para el Proceso Aprendizaje, a cargo del Grupo Disciplinar Innovación Metodológica de la Unidad Académica Multidisciplinaria de Ciencias Educación y Humanidades de la Universidad Autónoma de Tamaulipas. (UAMCEH-UAT). Específicamente esta investigación se lleva cabo en grupo de la Licenciatura de Ciencias de la Educación con Opción a Tecnologia Educativa, Ciencias Sociales y Administración y Planeación Educativa durante el Período 2013-3. El avance que se presenta corresponde al Hemisferio Lógico realizado por tres alumnas de Ciencias Sociales. Se parte del supuesto de que en la motivación del escolar influirá la inserción de herramientas digitales de acuerdo a características de aprendizaje. Por tanto el objetivo consiste en encontrar la forma de articular dichas características a las herramientas por medio de variables como niveles de conocimiento y el verbo como la unidad de análisis.
DOI: 10.6084/m9.figshare.840525.v1
title: Ponencias #CLED2013

description: La investigación propone un Plan Estratégico para la implementación de las Tecnologías de la Información y Comunicación, para las Instituciones educativas de la parroquia Mariano Picón Salas, municipio Libertador, estado Mérida, Venezuela. El Plan Estratégico parte de la necesidad encontrada en el diagnóstico realizado a directivos y docentes. En el mismo se busca la formulación de estrategias para la formación administrativa y didáctica en la implementación de las TIC y para la obtención de recursos físicos y tecnológicos. La indagación se desarrolló bajo un enfoque mixto, con mayor énfasis en aspectos cualitativos, describiendo la realidad peculiar y algunos elementos cuantitativos, expresando porcentajes para mostrar algunos de los resultados. El alcance del trabajo es proyectivo, con un diseño no experimental. Para la recolección de datos se aplicaron como técnicas la entrevista y la encuesta, los instrumentos empleados fueron: una guía de entrevista, un instrumento de recursos físicos y tecnológicos, un instrumento de competencias docentes y un instrumento de validación del Plan Estratégico. El estudio concluye que la aplicación del Plan Estratégico es viable, de acuerdo a los expertos que realizaron la validación.
DOI: 10.6084/m9.figshare.840527.v2
title: HERRAMIENTAS DIGITALES PARA EL AULA SEGUN ESTILOS DE APRENDIZAJE

description: Se reportan resultados de avances en fase exploratoria cuyo objetivo es la integración e implantación de estrategia áulica con Herramientas Digitales según Estilos de Aprendizaje, basada en el modo de procesar la información de Kolb 1984; cuadrante cerebral de Hermann; inteligencias múltiples de Gardner; sistema de representación de programación neurolingüística y hemisferio cerebral con apoyo en Taxonomía 1995 y 2008 creadas por Boom: Este trabajo forma parte del Proyecto Recursos y Medios Electrónicos para el Proceso Aprendizaje, a cargo del Grupo Disciplinar Innovación Metodológica de la Unidad Académica Multidisciplinaria de Ciencias Educación y Humanidades de la Universidad Autónoma de Tamaulipas. (UAMCEH-UAT). Específicamente esta investigación se lleva cabo en grupo de la Licenciatura de Ciencias de la Educación con Opción a Tecnologia Educativa, Ciencias Sociales y Administración y Planeación Educativa durante el Período 2013-3. El avance que se presenta corresponde al Hemisferio Lógico realizado por tres alumnas de Ciencias Sociales. Se parte del supuesto de que en la motivación del escolar influirá la inserción de herramientas digitales de acuerdo a características de aprendizaje. Por tanto el objetivo consiste en encontrar la forma de articular dichas características a las herramientas por medio de variables como niveles de conocimiento y el verbo como la unidad de análisis.
DOI: 10.6084/m9.figshare.840525.v2
title: Ponencia 1: Plan estratégico para la implementación de las TIC

description: Ponencia 1
DOI: 10.6084/m9.figshare.840510
title: Substantiation of the approach to the formation of the crews in rowing

description: The principles of the selection of athletes for the crews’ formation in foreign countries were considered, and the most informative criteria for the selection of rowers from one team were identified. The analysis of regulatory documents of rowing teams in foreign countries was conducted. In the course of this analysis were detected the top countries in this kind of sport and found that it is fundamentally important for a comprehensive approach to the selection of athletes for the formation of the crew. It is noted that the use of the principle of comprehensiveness is a key factor in the selection system and contributes to the achievement of high results in the international sports arena. A system of selection in terms: the result of competitive activity in the smaller classes of vessels, functional, technical and physical performance.
DOI: 10.6084/m9.figshare.840519.v1
title: Fang et al. 2012

description: SNP data from Fang et al. 2012 http://www.genetics.org/content/191/3/883.abstract
DOI: 10.6084/m9.figshare.840527.v4
title: Ponencia 27: Herramientas digitales para el aula según estilos de aprendizaje

description: Se reportan resultados de avances en fase exploratoria cuyo objetivo es la integración e implantación de estrategia áulica con Herramientas Digitales según Estilos de Aprendizaje, basada en el modo de procesar la información de Kolb 1984; cuadrante cerebral de Hermann; inteligencias múltiples de Gardner; sistema de representación de programación neurolingüística y hemisferio cerebral con apoyo en Taxonomía 1995 y 2008 creadas por Boom: Este trabajo forma parte del Proyecto Recursos y Medios Electrónicos para el Proceso Aprendizaje, a cargo del Grupo Disciplinar Innovación Metodológica de la Unidad Académica Multidisciplinaria de Ciencias Educación y Humanidades de la Universidad Autónoma de Tamaulipas. (UAMCEH-UAT). Específicamente esta investigación se lleva cabo en grupo de la Licenciatura de Ciencias de la Educación con Opción a Tecnologia Educativa, Ciencias Sociales y Administración y Planeación Educativa durante el Período 2013-3. El avance que se presenta corresponde al Hemisferio Lógico realizado por tres alumnas de Ciencias Sociales. Se parte del supuesto de que en la motivación del escolar influirá la inserción de herramientas digitales de acuerdo a características de aprendizaje. Por tanto el objetivo consiste en encontrar la forma de articular dichas características a las herramientas por medio de variables como niveles de conocimiento y el verbo como la unidad de análisis.
DOI: 10.6084/m9.figshare.840525.v3
title: Ponencias #CLED2013

description: Conjunto de ponencias aprobadas para el CLED 2013
DOI: 10.6084/m9.figshare.840527.v3
title: Ponencia 27&gt; Herramientas digitales para el aula según estilos de aprendizaje

description: Se reportan resultados de avances en fase exploratoria cuyo objetivo es la integración e implantación de estrategia áulica con Herramientas Digitales según Estilos de Aprendizaje, basada en el modo de procesar la información de Kolb 1984; cuadrante cerebral de Hermann; inteligencias múltiples de Gardner; sistema de representación de programación neurolingüística y hemisferio cerebral con apoyo en Taxonomía 1995 y 2008 creadas por Boom: Este trabajo forma parte del Proyecto Recursos y Medios Electrónicos para el Proceso Aprendizaje, a cargo del Grupo Disciplinar Innovación Metodológica de la Unidad Académica Multidisciplinaria de Ciencias Educación y Humanidades de la Universidad Autónoma de Tamaulipas. (UAMCEH-UAT). Específicamente esta investigación se lleva cabo en grupo de la Licenciatura de Ciencias de la Educación con Opción a Tecnologia Educativa, Ciencias Sociales y Administración y Planeación Educativa durante el Período 2013-3. El avance que se presenta corresponde al Hemisferio Lógico realizado por tres alumnas de Ciencias Sociales. Se parte del supuesto de que en la motivación del escolar influirá la inserción de herramientas digitales de acuerdo a características de aprendizaje. Por tanto el objetivo consiste en encontrar la forma de articular dichas características a las herramientas por medio de variables como niveles de conocimiento y el verbo como la unidad de análisis.
DOI: 10.6084/m9.figshare.840510.v1
title: Substantiation of the approach to the formation of the crews in rowing

description: The principles of the selection of athletes for the crews’ formation in foreign countries were considered, and the most informative criteria for the selection of rowers from one team were identified. The analysis of regulatory documents of rowing teams in foreign countries was conducted. In the course of this analysis were detected the top countries in this kind of sport and found that it is fundamentally important for a comprehensive approach to the selection of athletes for the formation of the crew. It is noted that the use of the principle of comprehensiveness is a key factor in the selection system and contributes to the achievement of high results in the international sports arena. A system of selection in terms: the result of competitive activity in the smaller classes of vessels, functional, technical and physical performance.
DOI: 10.6084/m9.figshare.840519.v2
title: Fang et al. 2012

description: SNP data from Fang et al. 2012 http://www.genetics.org/content/191/3/883.abstract
DOI: 10.6084/m9.figshare.840525.v4
title: Ponencias #CLED2013

description: Conjunto de ponencias aprobadas para el CLED 2013
DOI: 10.6084/m9.figshare.840525.v5
title: Ponencias #CLED2013

description: Conjunto de ponencias aprobadas para el CLED 2013
DOI: 10.6084/m9.figshare.840499
title: Lecture: Advanced Reflection in Pharo

description: A Lecture held at Universitat Politècnica de Catalunya on Oct 29, 2013
DOI: 10.6084/m9.figshare.840525.v7
title: Ponencias #CLED2013

description: Conjunto de ponencias aprobadas para el CLED 2013
DOI: 10.6084/m9.figshare.840499.v1
title: Lecture: Advanced Reflection in Pharo

description: A Lecture held at Universitat Politècnica de Catalunya on Oct 29, 2013
DOI: 10.6084/m9.figshare.840525.v6
title: Ponencias #CLED2013

description: Conjunto de ponencias aprobadas para el CLED 2013
DOI: 10.6084/m9.figshare.840485
title: Table 7. Proton relay mechanism, R=Ph

description: The ten year old Houk-List model, for rationalising the origin of stereoselectivity in the organocatalysed intermolecular aldol addition, is revisited using a variety of computational techniques which have been introduced or improved since the original study. Even for such a relatively small system, the role of dispersion interactions is shown to be crucial, along with the use of basis sets where the superposition errors are low. Understanding the non covalent interactions (NCI) at play is highlighted as essential for the design of new synthetic routes and alternative reactants. An NCI analysis of the transition states enables the identification of non-covalent interactions that determine the reaction outcome, confirming the role of the electrostatic NCHᵟ+∙∙∙Oᵟ- interactions and highlighting new geometric schemes based on dispersion. Alternative mechanisms, such as proton-relays involving a water molecule or the Hajos-Parrish alternative, are shown to be higher in energy. The Amsterdam manifesto, which espouses the principle that scientific data should be citable, is followed here by using interactive data tables assembled via calls to the data DOI (digital-object-identifiers) held on a digital repository.
DOI: 10.6084/m9.figshare.840490.v1
title: Gaussian Job Archive for C8H17N3O

description: Archive of work produced using the resources of the Imperial College High Performance Computing Service.
DOI: 10.6084/m9.figshare.840482
title: Research in Motion - A critical Evaluation, 2011 (Key financials)

description: Key financials for the paper titled Research in Motion - A Critical Evaluation, 2011
DOI: 10.6084/m9.figshare.840483
title: Table 3. Calculated transition state properties for R=Ph (scheme 2).

description: The ten year old Houk-List model, for rationalising the origin of stereoselectivity in the organocatalysed intermolecular aldol addition, is revisited using a variety of computational techniques which have been introduced or improved since the original study. Even for such a relatively small system, the role of dispersion interactions is shown to be crucial, along with the use of basis sets where the superposition errors are low. Understanding the non covalent interactions (NCI) at play is highlighted as essential for the design of new synthetic routes and alternative reactants. An NCI analysis of the transition states enables the identification of non-covalent interactions that determine the reaction outcome, confirming the role of the electrostatic NCHᵟ+∙∙∙Oᵟ- interactions and highlighting new geometric schemes based on dispersion. Alternative mechanisms, such as proton-relays involving a water molecule or the Hajos-Parrish alternative, are shown to be higher in energy. The Amsterdam manifesto, which espouses the principle that scientific data should be citable, is followed here by using interactive data tables assembled via calls to the data DOI (digital-object-identifiers) held on a digital repository.
DOI: 10.6084/m9.figshare.840484
title: Table 4. Calculated transition state properties for R=iPr (scheme 2)

description: The ten year old Houk-List model, for rationalising the origin of stereoselectivity in the organocatalysed intermolecular aldol addition, is revisited using a variety of computational techniques which have been introduced or improved since the original study. Even for such a relatively small system, the role of dispersion interactions is shown to be crucial, along with the use of basis sets where the superposition errors are low. Understanding the non covalent interactions (NCI) at play is highlighted as essential for the design of new synthetic routes and alternative reactants. An NCI analysis of the transition states enables the identification of non-covalent interactions that determine the reaction outcome, confirming the role of the electrostatic NCHᵟ+∙∙∙Oᵟ- interactions and highlighting new geometric schemes based on dispersion. Alternative mechanisms, such as proton-relays involving a water molecule or the Hajos-Parrish alternative, are shown to be higher in energy. The Amsterdam manifesto, which espouses the principle that scientific data should be citable, is followed here by using interactive data tables assembled via calls to the data DOI (digital-object-identifiers) held on a digital repository.
DOI: 10.6084/m9.figshare.840482.v1
title: Research in Motion - A critical Evaluation, 2011 (Key financials)

description: Key financials for the paper titled Research in Motion - A Critical Evaluation, 2011
DOI: 10.6084/m9.figshare.840485.v3
title: Table 7. Proton relay mechanism, R=Ph

description: The ten year old Houk-List model, for rationalising the origin of stereoselectivity in the organocatalysed intermolecular aldol addition, is revisited using a variety of computational techniques which have been introduced or improved since the original study. Even for such a relatively small system, the role of dispersion interactions is shown to be crucial, along with the use of basis sets where the superposition errors are low. Understanding the non covalent interactions (NCI) at play is highlighted as essential for the design of new synthetic routes and alternative reactants. An NCI analysis of the transition states enables the identification of non-covalent interactions that determine the reaction outcome, confirming the role of the electrostatic NCHᵟ+∙∙∙Oᵟ- interactions and highlighting new geometric schemes based on dispersion. Alternative mechanisms, such as proton-relays involving a water molecule or the Hajos-Parrish alternative, are shown to be higher in energy. The Amsterdam manifesto, which espouses the principle that scientific data should be citable, is followed here by using interactive data tables assembled via calls to the data DOI (digital-object-identifiers) held on a digital repository.
DOI: 10.6084/m9.figshare.840483.v2
title: Table 3. Calculated transition state properties for R=Ph (scheme 2).

description: The ten year old Houk-List model, for rationalising the origin of stereoselectivity in the organocatalysed intermolecular aldol addition, is revisited using a variety of computational techniques which have been introduced or improved since the original study. Even for such a relatively small system, the role of dispersion interactions is shown to be crucial, along with the use of basis sets where the superposition errors are low. Understanding the non covalent interactions (NCI) at play is highlighted as essential for the design of new synthetic routes and alternative reactants. An NCI analysis of the transition states enables the identification of non-covalent interactions that determine the reaction outcome, confirming the role of the electrostatic NCHᵟ+∙∙∙Oᵟ- interactions and highlighting new geometric schemes based on dispersion. Alternative mechanisms, such as proton-relays involving a water molecule or the Hajos-Parrish alternative, are shown to be higher in energy. The Amsterdam manifesto, which espouses the principle that scientific data should be citable, is followed here by using interactive data tables assembled via calls to the data DOI (digital-object-identifiers) held on a digital repository.
DOI: 10.6084/m9.figshare.840484.v1
title: Table 4. Calculated transition state properties for R=iPr (scheme 2)

description: The ten year old Houk-List model, for rationalising the origin of stereoselectivity in the organocatalysed intermolecular aldol addition, is revisited using a variety of computational techniques which have been introduced or improved since the original study. Even for such a relatively small system, the role of dispersion interactions is shown to be crucial, along with the use of basis sets where the superposition errors are low. Understanding the non covalent interactions (NCI) at play is highlighted as essential for the design of new synthetic routes and alternative reactants. An NCI analysis of the transition states enables the identification of non-covalent interactions that determine the reaction outcome, confirming the role of the electrostatic NCHᵟ+∙∙∙Oᵟ- interactions and highlighting new geometric schemes based on dispersion. Alternative mechanisms, such as proton-relays involving a water molecule or the Hajos-Parrish alternative, are shown to be higher in energy. The Amsterdam manifesto, which espouses the principle that scientific data should be citable, is followed here by using interactive data tables assembled via calls to the data DOI (digital-object-identifiers) held on a digital repository.
DOI: 10.6084/m9.figshare.840485.v2
title: Table 7. Proton relay mechanism, R=Ph

description: The ten year old Houk-List model, for rationalising the origin of stereoselectivity in the organocatalysed intermolecular aldol addition, is revisited using a variety of computational techniques which have been introduced or improved since the original study. Even for such a relatively small system, the role of dispersion interactions is shown to be crucial, along with the use of basis sets where the superposition errors are low. Understanding the non covalent interactions (NCI) at play is highlighted as essential for the design of new synthetic routes and alternative reactants. An NCI analysis of the transition states enables the identification of non-covalent interactions that determine the reaction outcome, confirming the role of the electrostatic NCHᵟ+∙∙∙Oᵟ- interactions and highlighting new geometric schemes based on dispersion. Alternative mechanisms, such as proton-relays involving a water molecule or the Hajos-Parrish alternative, are shown to be higher in energy. The Amsterdam manifesto, which espouses the principle that scientific data should be citable, is followed here by using interactive data tables assembled via calls to the data DOI (digital-object-identifiers) held on a digital repository.
DOI: 10.6084/m9.figshare.840484.v3
title: Table 4. Calculated transition state properties for R=iPr (scheme 2)

description: The ten year old Houk-List model, for rationalising the origin of stereoselectivity in the organocatalysed intermolecular aldol addition, is revisited using a variety of computational techniques which have been introduced or improved since the original study. Even for such a relatively small system, the role of dispersion interactions is shown to be crucial, along with the use of basis sets where the superposition errors are low. Understanding the non covalent interactions (NCI) at play is highlighted as essential for the design of new synthetic routes and alternative reactants. An NCI analysis of the transition states enables the identification of non-covalent interactions that determine the reaction outcome, confirming the role of the electrostatic NCHᵟ+∙∙∙Oᵟ- interactions and highlighting new geometric schemes based on dispersion. Alternative mechanisms, such as proton-relays involving a water molecule or the Hajos-Parrish alternative, are shown to be higher in energy. The Amsterdam manifesto, which espouses the principle that scientific data should be citable, is followed here by using interactive data tables assembled via calls to the data DOI (digital-object-identifiers) held on a digital repository.
DOI: 10.6084/m9.figshare.840483.v4
title: Table 3. Calculated transition state properties for R=Ph (scheme 2).

description: The ten year old Houk-List model, for rationalising the origin of stereoselectivity in the organocatalysed intermolecular aldol addition, is revisited using a variety of computational techniques which have been introduced or improved since the original study. Even for such a relatively small system, the role of dispersion interactions is shown to be crucial, along with the use of basis sets where the superposition errors are low. Understanding the non covalent interactions (NCI) at play is highlighted as essential for the design of new synthetic routes and alternative reactants. An NCI analysis of the transition states enables the identification of non-covalent interactions that determine the reaction outcome, confirming the role of the electrostatic NCHᵟ+∙∙∙Oᵟ- interactions and highlighting new geometric schemes based on dispersion. Alternative mechanisms, such as proton-relays involving a water molecule or the Hajos-Parrish alternative, are shown to be higher in energy. The Amsterdam manifesto, which espouses the principle that scientific data should be citable, is followed here by using interactive data tables assembled via calls to the data DOI (digital-object-identifiers) held on a digital repository.