cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.21227/2jfh-h187
title: DPSSL-microscopy of polymer compositions based on polyethylene [10803-020] and gas-generating agent hydrocerol

description: Compositions on the basis of polyethylene (PE) of grade 10803-020 (Russia) were investigated. The particulate chemical gas-generating agent hydrocerol (hyd) of Hydroserol BIF brand with the starting decomposition temperature of 140°C, which is the mix of endothermic foaming agents, including sodium hydrogen carbonate, was used for creating the pore structure. The gaseous products of hydrocerol degradation are water vapor and carbon dioxide in equal proportions. It is assumed that the formed gas is distributed in the polymer melt in the form of meshes; in this case the tear of walls, fusion of meshes and formation of pores may take place.The following substances was used as the natural particulate fillers: wood flour (WF) of three fractions with the size of the particles up to 80, 14 and 200 μm; corn starch (st) of Hi Maize 1043 brand with the particle size of 100 μm. The elemental chemical composition of the wood flour is approximately the same for all wood species, namely wt %: carbon – 49 – 51%, oxygen – 43 – 44%, hydrogen – 6,0 – 6,4%, nitrogen – 0,1 – 0,03%. The main materials composing the wood are natural polymers: cellulose, lignin, hemicellulose. Wood flour is the waste of the woodworking and timber industry.The fillers are finely dispersed. They increase the number of defects in the matrix and thereby decrease the robustness of material against physical and impacts.The PE compositions with hydrocerol were obtained by mechanical mixing in the melt on laboratory micro-roll mills VK-6 (Russia) with the heating at 120°C. This method provides a quite uniform distribution of the filler in the polymer melt. The hydrocerol content in the test charge and compositions was 5 wt %. Mixing was performed until a uniform distribution of the hydrocerol particles in the polymer melt was attained. Introduction of the natural component was also performed on the rotating roll mills until a uniform distribution of the particles in the polymer melt was attained. The natural component content in the compositions was 15 or 30 wt %. Formulations of the compositions are given in the table below:Table – Formulations of investigated compositions№Composition1PE (test charge)2PE + 5%hyd (test charge)3PE + 5%hyd+15%WF(0-80)4PE + 5%hyd + 15%WF(0-140)5PE + 5%hyd + 15%WF(0-200)6PE + 5%hyd + 15%st7PE + 5%hyd + 30%WF(0-80)8PE + 5%hyd + 30%WF(0-140)9PE + 5%hyd + 30%WF(0-200)10PE + 5%hyd + 30%stAfter mixing, the viscous mass was removed from the roll mills and cooled at room temperature (20±2°C) down to hardening. Samples in the form of round plates were obtained by pressing in the form of a hardened chopped mass on a manual laboratory hydraulic press at 120°C without pressure. At the same time foaming was performed at 160°C – the temperature of more complete decomposition of hydrocerol.
DOI: 10.21227/7jsj-3z03
title: DPSSL-microscopy of polymer compositions based on polyethylene [10803-020] and gas-generating agent hydrocerol

description: Compositions on the basis of polyethylene (PE) of grade 10803-020 (Russia) were investigated. The particulate chemical gas-generating agent hydrocerol (hyd) of Hydroserol BIF brand with the starting decomposition temperature of 140°C, which is the mix of endothermic foaming agents, including sodium hydrogen carbonate, was used for creating the pore structure. The gaseous products of hydrocerol degradation are water vapor and carbon dioxide in equal proportions. It is assumed that the formed gas is distributed in the polymer melt in the form of meshes; in this case the tear of walls, fusion of meshes and formation of pores may take place.The following substances was used as the natural particulate fillers: wood flour (WF) of three fractions with the size of the particles up to 80, 14 and 200 μm; corn starch (st) of Hi Maize 1043 brand with the particle size of 100 μm. The elemental chemical composition of the wood flour is approximately the same for all wood species, namely wt %: carbon – 49 – 51%, oxygen – 43 – 44%, hydrogen – 6,0 – 6,4%, nitrogen – 0,1 – 0,03%. The main materials composing the wood are natural polymers: cellulose, lignin, hemicellulose. Wood flour is the waste of the woodworking and timber industry.The fillers are finely dispersed. They increase the number of defects in the matrix and thereby decrease the robustness of material against physical and impacts.The PE compositions with hydrocerol were obtained by mechanical mixing in the melt on laboratory micro-roll mills VK-6 (Russia) with the heating at 120°C. This method provides a quite uniform distribution of the filler in the polymer melt. The hydrocerol content in the test charge and compositions was 5 wt %. Mixing was performed until a uniform distribution of the hydrocerol particles in the polymer melt was attained. Introduction of the natural component was also performed on the rotating roll mills until a uniform distribution of the particles in the polymer melt was attained. The natural component content in the compositions was 15 or 30 wt %. Formulations of the compositions are given in the table below:Table – Formulations of investigated compositions№Composition1PE (test charge)2PE + 5%hyd (test charge)3PE + 5%hyd+15%WF(0-80)4PE + 5%hyd + 15%WF(0-140)5PE + 5%hyd + 15%WF(0-200)6PE + 5%hyd + 15%st7PE + 5%hyd + 30%WF(0-80)8PE + 5%hyd + 30%WF(0-140)9PE + 5%hyd + 30%WF(0-200)10PE + 5%hyd + 30%stAfter mixing, the viscous mass was removed from the roll mills and cooled at room temperature (20±2°C) down to hardening. Samples in the form of round plates were obtained by pressing in the form of a hardened chopped mass on a manual laboratory hydraulic press at 120°C without pressure. At the same time foaming was performed at 160°C – the temperature of more complete decomposition of hydrocerol.
DOI: 10.5281/zenodo.3271423
title: Combat-TB-NeoDB: fostering Tuberculosis research through integrative analysis using graph database technologies.

description: NeoDB is a free and open source integrated M.tuberculosis ‘omics’ knowledge-base. NeoDB is based on Neo4j and enables researchers to execute complex federated queries by linking well-known, curated and widely used biological data resources, and supplementary TB variants data from published literature. Documentation can be found at https://combat-tb-db.readthedocs.io
DOI: 10.5519/qd.gc4sbql8
title: Query on the Natural History Museum Data Portal (data.nhm.ac.uk) (25 records)
DOI: 10.5281/zenodo.3271318
title: SHAL Demonstrator - Activity Data of an Individual

description: This is an example research data dataset for the SHAL demonstrator within the "AEGIS - Advanced Big Data Value Chain for Public Safety and Personal Security" big data project, which has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 732189. The time series data has been collected refer to activity and health measurement data of an individual, collected through the SHAL demonstrator and mobile App, utilising sensors such as Apple Healthkit providing heart rate and activity data, Smart Blood Pressure devices, smart weighting scales, SPO2 smart sensors, etc. The data in this research dataset was collected between 2018-06-12 and 2019-07-03 , and contains in total 483,644 measurements.
DOI: 10.5281/zenodo.3271317
title: SHAL Demonstrator - Activity Data of an Individual

description: This is an example research data dataset for the SHAL demonstrator within the "AEGIS - Advanced Big Data Value Chain for Public Safety and Personal Security" big data project, which has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 732189. The time series data has been collected refer to activity and health measurement data of an individual, collected through the SHAL demonstrator and mobile App, utilising sensors such as Apple Healthkit providing heart rate and activity data, Smart Blood Pressure devices, smart weighting scales, SPO2 smart sensors, etc. The data in this research dataset was collected between 2018-06-12 and 2019-07-03 , and contains in total 483,644 measurements.
DOI: 10.34740/kaggle/dsv/1381403
title: Emergency - 911 Calls
DOI: 10.21227/xrmk-5v94
title: DPSSL-microscopy of polymer compositions based on polyethylene [10803-020] and gas-generating agent hydrocerol

description: Compositions on the basis of polyethylene (PE) of grade 10803-020 (Russia) were investigated. The particulate chemical gas-generating agent hydrocerol (hyd) of Hydroserol BIF brand with the starting decomposition temperature of 140°C, which is the mix of endothermic foaming agents, including sodium hydrogen carbonate, was used for creating the pore structure. The gaseous products of hydrocerol degradation are water vapor and carbon dioxide in equal proportions. It is assumed that the formed gas is distributed in the polymer melt in the form of meshes; in this case the tear of walls, fusion of meshes and formation of pores may take place.The following substances was used as the natural particulate fillers: wood flour (WF) of three fractions with the size of the particles up to 80, 14 and 200 μm; corn starch (st) of Hi Maize 1043 brand with the particle size of 100 μm. The elemental chemical composition of the wood flour is approximately the same for all wood species, namely wt %: carbon – 49 – 51%, oxygen – 43 – 44%, hydrogen – 6,0 – 6,4%, nitrogen – 0,1 – 0,03%. The main materials composing the wood are natural polymers: cellulose, lignin, hemicellulose. Wood flour is the waste of the woodworking and timber industry.The fillers are finely dispersed. They increase the number of defects in the matrix and thereby decrease the robustness of material against physical and impacts.The PE compositions with hydrocerol were obtained by mechanical mixing in the melt on laboratory micro-roll mills VK-6 (Russia) with the heating at 120°C. This method provides a quite uniform distribution of the filler in the polymer melt. The hydrocerol content in the test charge and compositions was 5 wt %. Mixing was performed until a uniform distribution of the hydrocerol particles in the polymer melt was attained. Introduction of the natural component was also performed on the rotating roll mills until a uniform distribution of the particles in the polymer melt was attained. The natural component content in the compositions was 15 or 30 wt %. Formulations of the compositions are given in the table below:Table – Formulations of investigated compositions№Composition1PE (test charge)2PE + 5%hyd (test charge)3PE + 5%hyd+15%WF(0-80)4PE + 5%hyd + 15%WF(0-140)5PE + 5%hyd + 15%WF(0-200)6PE + 5%hyd + 15%st7PE + 5%hyd + 30%WF(0-80)8PE + 5%hyd + 30%WF(0-140)9PE + 5%hyd + 30%WF(0-200)10PE + 5%hyd + 30%stAfter mixing, the viscous mass was removed from the roll mills and cooled at room temperature (20±2°C) down to hardening. Samples in the form of round plates were obtained by pressing in the form of a hardened chopped mass on a manual laboratory hydraulic press at 120°C without pressure. At the same time foaming was performed at 160°C – the temperature of more complete decomposition of hydrocerol.
DOI: 10.21227/kxmb-ag17
title: DPSSL-microscopy of polymer compositions based on polyethylene [10803-020] and gas-generating agent hydrocerol

description: Compositions on the basis of polyethylene (PE) of grade 10803-020 (Russia) were investigated. The particulate chemical gas-generating agent hydrocerol (hyd) of Hydroserol BIF brand with the starting decomposition temperature of 140°C, which is the mix of endothermic foaming agents, including sodium hydrogen carbonate, was used for creating the pore structure. The gaseous products of hydrocerol degradation are water vapor and carbon dioxide in equal proportions. It is assumed that the formed gas is distributed in the polymer melt in the form of meshes; in this case the tear of walls, fusion of meshes and formation of pores may take place.The following substances was used as the natural particulate fillers: wood flour (WF) of three fractions with the size of the particles up to 80, 14 and 200 μm; corn starch (st) of Hi Maize 1043 brand with the particle size of 100 μm. The elemental chemical composition of the wood flour is approximately the same for all wood species, namely wt %: carbon – 49 – 51%, oxygen – 43 – 44%, hydrogen – 6,0 – 6,4%, nitrogen – 0,1 – 0,03%. The main materials composing the wood are natural polymers: cellulose, lignin, hemicellulose. Wood flour is the waste of the woodworking and timber industry.The fillers are finely dispersed. They increase the number of defects in the matrix and thereby decrease the robustness of material against physical and impacts.The PE compositions with hydrocerol were obtained by mechanical mixing in the melt on laboratory micro-roll mills VK-6 (Russia) with the heating at 120°C. This method provides a quite uniform distribution of the filler in the polymer melt. The hydrocerol content in the test charge and compositions was 5 wt %. Mixing was performed until a uniform distribution of the hydrocerol particles in the polymer melt was attained. Introduction of the natural component was also performed on the rotating roll mills until a uniform distribution of the particles in the polymer melt was attained. The natural component content in the compositions was 15 or 30 wt %. Formulations of the compositions are given in the table below:Table – Formulations of investigated compositions№Composition1PE (test charge)2PE + 5%hyd (test charge)3PE + 5%hyd+15%WF(0-80)4PE + 5%hyd + 15%WF(0-140)5PE + 5%hyd + 15%WF(0-200)6PE + 5%hyd + 15%st7PE + 5%hyd + 30%WF(0-80)8PE + 5%hyd + 30%WF(0-140)9PE + 5%hyd + 30%WF(0-200)10PE + 5%hyd + 30%stAfter mixing, the viscous mass was removed from the roll mills and cooled at room temperature (20±2°C) down to hardening. Samples in the form of round plates were obtained by pressing in the form of a hardened chopped mass on a manual laboratory hydraulic press at 120°C without pressure. At the same time foaming was performed at 160°C – the temperature of more complete decomposition of hydrocerol.
DOI: 10.21227/ndqs-6e56
title: DPSSL-microscopy of polymer compositions based on polyethylene [10803-020] and gas-generating agent hydrocerol

description: Compositions on the basis of polyethylene (PE) of grade 10803-020 (Russia) were investigated. The particulate chemical gas-generating agent hydrocerol (hyd) of Hydroserol BIF brand with the starting decomposition temperature of 140°C, which is the mix of endothermic foaming agents, including sodium hydrogen carbonate, was used for creating the pore structure. The gaseous products of hydrocerol degradation are water vapor and carbon dioxide in equal proportions. It is assumed that the formed gas is distributed in the polymer melt in the form of meshes; in this case the tear of walls, fusion of meshes and formation of pores may take place.The following substances was used as the natural particulate fillers: wood flour (WF) of three fractions with the size of the particles up to 80, 14 and 200 μm; corn starch (st) of Hi Maize 1043 brand with the particle size of 100 μm. The elemental chemical composition of the wood flour is approximately the same for all wood species, namely wt %: carbon – 49 – 51%, oxygen – 43 – 44%, hydrogen – 6,0 – 6,4%, nitrogen – 0,1 – 0,03%. The main materials composing the wood are natural polymers: cellulose, lignin, hemicellulose. Wood flour is the waste of the woodworking and timber industry.The fillers are finely dispersed. They increase the number of defects in the matrix and thereby decrease the robustness of material against physical and impacts.The PE compositions with hydrocerol were obtained by mechanical mixing in the melt on laboratory micro-roll mills VK-6 (Russia) with the heating at 120°C. This method provides a quite uniform distribution of the filler in the polymer melt. The hydrocerol content in the test charge and compositions was 5 wt %. Mixing was performed until a uniform distribution of the hydrocerol particles in the polymer melt was attained. Introduction of the natural component was also performed on the rotating roll mills until a uniform distribution of the particles in the polymer melt was attained. The natural component content in the compositions was 15 or 30 wt %. Formulations of the compositions are given in the table below:Table – Formulations of investigated compositions№Composition1PE (test charge)2PE + 5%hyd (test charge)3PE + 5%hyd+15%WF(0-80)4PE + 5%hyd + 15%WF(0-140)5PE + 5%hyd + 15%WF(0-200)6PE + 5%hyd + 15%st7PE + 5%hyd + 30%WF(0-80)8PE + 5%hyd + 30%WF(0-140)9PE + 5%hyd + 30%WF(0-200)10PE + 5%hyd + 30%stAfter mixing, the viscous mass was removed from the roll mills and cooled at room temperature (20±2°C) down to hardening. Samples in the form of round plates were obtained by pressing in the form of a hardened chopped mass on a manual laboratory hydraulic press at 120°C without pressure. At the same time foaming was performed at 160°C – the temperature of more complete decomposition of hydrocerol.
DOI: 10.21227/098x-p833
title: DPSSL-microscopy of polymer compositions based on polyethylene [10803-020] and gas-generating agent hydrocerol

description: Compositions on the basis of polyethylene (PE) of grade 10803-020 (Russia) were investigated. The particulate chemical gas-generating agent hydrocerol (hyd) of Hydroserol BIF brand with the starting decomposition temperature of 140°C, which is the mix of endothermic foaming agents, including sodium hydrogen carbonate, was used for creating the pore structure. The gaseous products of hydrocerol degradation are water vapor and carbon dioxide in equal proportions. It is assumed that the formed gas is distributed in the polymer melt in the form of meshes; in this case the tear of walls, fusion of meshes and formation of pores may take place.The following substances was used as the natural particulate fillers: wood flour (WF) of three fractions with the size of the particles up to 80, 14 and 200 μm; corn starch (st) of Hi Maize 1043 brand with the particle size of 100 μm. The elemental chemical composition of the wood flour is approximately the same for all wood species, namely wt %: carbon – 49 – 51%, oxygen – 43 – 44%, hydrogen – 6,0 – 6,4%, nitrogen – 0,1 – 0,03%. The main materials composing the wood are natural polymers: cellulose, lignin, hemicellulose. Wood flour is the waste of the woodworking and timber industry.The fillers are finely dispersed. They increase the number of defects in the matrix and thereby decrease the robustness of material against physical and impacts.The PE compositions with hydrocerol were obtained by mechanical mixing in the melt on laboratory micro-roll mills VK-6 (Russia) with the heating at 120°C. This method provides a quite uniform distribution of the filler in the polymer melt. The hydrocerol content in the test charge and compositions was 5 wt %. Mixing was performed until a uniform distribution of the hydrocerol particles in the polymer melt was attained. Introduction of the natural component was also performed on the rotating roll mills until a uniform distribution of the particles in the polymer melt was attained. The natural component content in the compositions was 15 or 30 wt %. Formulations of the compositions are given in the table below:Table – Formulations of investigated compositions№Composition1PE (test charge)2PE + 5%hyd (test charge)3PE + 5%hyd+15%WF(0-80)4PE + 5%hyd + 15%WF(0-140)5PE + 5%hyd + 15%WF(0-200)6PE + 5%hyd + 15%st7PE + 5%hyd + 30%WF(0-80)8PE + 5%hyd + 30%WF(0-140)9PE + 5%hyd + 30%WF(0-200)10PE + 5%hyd + 30%stAfter mixing, the viscous mass was removed from the roll mills and cooled at room temperature (20±2°C) down to hardening. Samples in the form of round plates were obtained by pressing in the form of a hardened chopped mass on a manual laboratory hydraulic press at 120°C without pressure. At the same time foaming was performed at 160°C – the temperature of more complete decomposition of hydrocerol.
DOI: 10.5519/qd.7w2i1syd
title: Query on the Natural History Museum Data Portal (data.nhm.ac.uk) (11 records)
DOI: 10.17632/cycmtr7jwg.1
title: Data for: Anthropogenic debris accumulated in nests of seabirds in an uninhabited island in West Africa

description: Data on the presence and abundance of anthropogenic debris recorded in nests of Caspian terns and great cormorants, as well as on the beach in Senegal. Data linked to scientific manuscript submitted to Biological Conservation.
DOI: 10.21227/j7ny-s453
title: Heating and melting of a porous composite with the wood flour

description: Compositions on the basis of polyethylene (PE) of grade 10803-020 (Russia) were investigated. The particulate chemical gas-generating agent hydrocerol (hyd) of Hydroserol BIF brand with the starting decomposition temperature of 140°C, which is the mix of endothermic foaming agents, including sodium hydrogen carbonate, was used for creating the pore structure. The gaseous products of hydrocerol degradation are water vapor and carbon dioxide in equal proportions. It is assumed that the formed gas is distributed in the polymer melt in the form of meshes; in this case the tear of walls, fusion of meshes and formation of poresmay take place.
DOI: 10.21227/s96w-7a22
title: Heating and melting of a porous composite with the wood flour

description: Coming soon...
DOI: 10.21227/5efj-6z11
title: Heating and melting of a porous composite with the wood flour

description: Compositions on the basis of polyethylene (PE) of grade 10803-020 (Russia) were investigated. The particulate chemical gas-generating agent hydrocerol (hyd) of Hydroserol BIF brand with the starting decomposition temperature of 140°C, which is the mix of endothermic foaming agents, including sodium hydrogen carbonate, was used for creating the pore structure. The gaseous products of hydrocerol degradation are water vapor and carbon dioxide in equal proportions. It is assumed that the formed gas is distributed in the polymer melt in the form of meshes; in this case the tear of walls, fusion of meshes and formation of poresmay take place.
DOI: 10.21227/qgvt-9d74
title: Heating and melting of a porous composite with the wood flour

description: Compositions on the basis of polyethylene (PE) of grade 10803-020 (Russia) were investigated. The particulate chemical gas-generating agent hydrocerol (hyd) of Hydroserol BIF brand with the starting decomposition temperature of 140°C, which is the mix of endothermic foaming agents, including sodium hydrogen carbonate, was used for creating the pore structure. The gaseous products of hydrocerol degradation are water vapor and carbon dioxide in equal proportions. It is assumed that the formed gas is distributed in the polymer melt in the form of meshes; in this case the tear of walls, fusion of meshes and formation of poresmay take place.
DOI: 10.21227/4a6y-nm23
title: SivaTest

description: Hex Dat to be converted to float
DOI: 10.21227/ktvb-nk63
title: SivaTest

description: Hex Dat to be converted to float