cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.978901.v1
title: REFLEKSJE NA TEMAT PRACY Rafał Sablik

description: Recenzja pracy - planowanie finansowe
DOI: 10.6084/m9.figshare.978888
title: Scrutinizing the datasets obtained from nanoscale features of spider silk fibreset

description: Here we present the complete results of the analyses and decrypted a number of novel features that could even rank the silk fibres according to desired mechanostructural features. This dataset will allow other researchers to select the most appropriate models for synthetic biology and also lead to better understanding of spider silk fibres extraordinary performance that is comparable to the best manmade materials.
DOI: 10.6084/m9.figshare.978883
title: File 7. Surface Nanopotential Parameters.xlsx

description: This data file contains one worksheet containing raw data and descriptive statistics regarding surface potential parameters obtained from square areas of Kelvin force microscopy images (surface potential mode) of the spider silk fibres using Gwyddion software, and are described in its manual. The column descriptions for the raw data worksheet are as follows: COLUMN A – Sample Label COLUMN B – Ra COLUMN C – Rms
DOI: 10.6084/m9.figshare.978884
title: File 8. Static Mechanical Parameters.xlsx

description: This data file contains one worksheet containing raw data and descriptive statistics regarding static mechanical parameters obtained from force-distance curves of the spider silk fibres using SPIP software, and are described in its manual. The column descriptions for the raw data worksheet are as follows: COLUMN A – Sample Label COLUMN B – Maximum Load Force (Max Ld) COLUMN C – Maximum Pulling Force (Max Pull) COLUMN D – Snap In (Snap In) COLUMN E – Detachment Separation (Detach Sep) COLUMN F – Young’s Modulus (Youngs Mod) COLUMN G – Zero Indentation (Zero Ind) Column H – Dissipated Energy (Energy)
DOI: 10.6084/m9.figshare.978918.v3
title: Code Supplement for the article: Exploring the spatially explicit predictions of the Maximum Entropy Theory of Ecology

description: This file contains all the code needed to replicate the analyses of McGlinn, D.J., X. Xiao, J. Kitizes, and E.P. White. submitted. Exploring the spatially explicit predictions of the Maximum Entropy Theory of Ecology. http://biorxiv.org/content/early/2014/03/30/003657 This file should be decompressed in what R recognizes as the home directory (the R code will need to be modified if you decide not to use your home directory). R v 2.12 or higher and python 2.6 are needed to run the code. The following python packages are required: matplotlib, mpmath, numpy, and scipy, and the following R packages are required: vegan, hash, RCurl and bigmemory. It is also possible to access this code via GitHub at the following addresses: The primary code repository is located at: https://github.com/weecology/mete-spatial Additional scripts needed to run the core METE DDR functions are located here: https://github.com/weecology/METE https://github.com/weecology/macroecotools After the files are downloaded (from GitHub) or decompressed (from the mete-spatial.zip file) navigate to the METE directory and run the following python command python setup.py install run the same command in the macroecotools directory. To download the publically available data and run the analysis navigate to the directory ~/mete-spatial and run the command: Rscript ddr_run_all.R This script will download two datasets, analyze them, and graph the results. The plots will appear in the directory ~/mete-spatial/figs/
DOI: 10.6084/m9.figshare.978882
title: File 6. Surface Nanoamplitude Parameters.xlsx

description: This data file contains one worksheet containing raw data and descriptive statistics regarding surface stiffness parameters obtained from square areas of amplitude images (viscoelastic-phase mode) of the spider silk fibres using Gwyddion software, and are described in its manual. The column descriptions for the raw data worksheet are as follows: COLUMN A – Sample Label COLUMN B – Average Value COLUMN C – Minimum COLUMN D – Maximum COLUMN E – Median COLUMN F – Ra COLUMN G – Rms COLUMN H – Skew COLUMN I – Kurtosis
DOI: 10.6084/m9.figshare.978883.v2
title: File 7. Surface Nanopotential Parameters.xlsx

description: This data file contains one worksheet containing raw data and descriptive statistics regarding surface potential parameters obtained from square areas of Kelvin force microscopy images (surface potential mode) of the spider silk fibres using Gwyddion software, and are described in its manual. The column descriptions for the raw data worksheet are as follows: COLUMN A – Sample Label COLUMN B – Ra COLUMN C – Rms
DOI: 10.6084/m9.figshare.978883.v1
title: File 7. Surface Nanopotential Parameters.xlsx

description: This data file contains one worksheet containing raw data and descriptive statistics regarding surface stiffness parameters obtained from square areas of amplitude images (viscoelastic-phase mode) of the spider silk fibres using Gwyddion software, and are described in its manual. The column descriptions for the raw data worksheet are as follows: COLUMN A – Sample Label COLUMN B – Ra COLUMN C – Rms
DOI: 10.6084/m9.figshare.978888.v1
title: Scrutinizing the datasets obtained from nanoscale features of spider silk fibreset

description: Here we present the complete results of the analyses and decrypted a number of novel features that could even rank the silk fibres according to desired mechanostructural features. This dataset will allow other researchers to select the most appropriate models for synthetic biology and also lead to better understanding of spider silk fibres extraordinary performance that is comparable to the best manmade materials.
DOI: 10.6084/m9.figshare.978880
title: File 4. Surface Nanofriction Parameters.xlsx

description: This data file contains one worksheet containing raw data and descriptive statistics regarding surface frictional parameters obtained from square areas of horizontal deflection images (lateral force mode) of the spider silk fibres using Gwyddion software, and are described in its manual. The column descriptions for the raw data worksheet are as follows: COLUMN A – Sample Label COLUMN B – Average Value COLUMN C – Minimum COLUMN D – Maximum COLUMN E – Median COLUMN F – Ra COLUMN G – Rms
DOI: 10.6084/m9.figshare.978881
title: File 5. Surface Nanoviscoelasticiy Parameters.xlsx

description: This data file contains one worksheet containing raw data and descriptive statistics regarding surface viscoelastic parameters obtained from square areas of phase images (viscoelastic-phase mode) of the spider silk fibres using Gwyddion software, and are described in its manual. The column descriptions for the raw data worksheet are as follows: COLUMN A – Sample Label COLUMN B – Average Value COLUMN C – Minimum COLUMN D – Maximum COLUMN E – Median COLUMN F – Ra COLUMN G – Rms COLUMN H – Skew COLUMN I – Kurtosis
DOI: 10.6084/m9.figshare.978884.v1
title: File 1. Linear Roughness Parameters.xlsx

description: This data file contains three worksheets containing raw data and descriptive statistics regarding roughness (amplitude, spatial, and hybrid) parameters obtained in the longitudinal direction of the spider silk fibres using Gwyddion software, and are described in its manual. The column descriptions for the raw data worksheets are as follows: Amplitude Parameters COLUMN A – Sample Label COLUMN B – Roughness Average (Ra) COLUMN C – Root mean square roughness (Rq) COLUMN D – Maximum height of the roughness (Rt) COLUMN E – Maximum roughness valley depth (Rv) COLUMN F – Maximum roughness peak height (Rp) COLUMN G – Average maximum height of the roughness (Rtm) COLUMN H – Average maximum roughness valley depth (Rvm) COLUMN I – Average maximum roughness peak height (Rpm) COLUMN J – Average third highest peak to third lowest valley height (R3z) COLUMN K – Average third highest peak to third lowest valley height (R3z ISO) COLUMN L – Average maximum height of the profile (Rz) COLUMN M – Average maximum height of the roughness (Rz ISO) COLUMN N – Skewness (Rsk) COLUMN O – Kurtosis (Rku) COLUMN P – Waviness average (Wa) COLUMN Q – Root mean square waviness (Wq) COLUMN R – Waviness maximum height (Wy=Wmax) COLUMN S – Maximum height of the profile (Pt) Spatial Parameters COLUMN A – Sample Label COLUMN B – Average wavelength of the profile (lambda a) COLUMN C – Root mean square (RMS) wavelength of the profile (lambda q) Hybrid Parameters COLUMN A – Sample Label COLUMN B – Average absolute slope (delta a) COLUMN C – Root mean square (RMS) slope (delta q) (10^-6) COLUMN D – Length (L) COLUMN E – Developed profile length (L0) COLUMN F – Profile length ratio (Lr)
DOI: 10.6084/m9.figshare.978882.v1
title: File 6. Surface Nanoamplitude Parameters.xlsx

description: This data file contains one worksheet containing raw data and descriptive statistics regarding surface stiffness parameters obtained from square areas of amplitude images (viscoelastic-phase mode) of the spider silk fibres using Gwyddion software, and are described in its manual. The column descriptions for the raw data worksheet are as follows: COLUMN A – Sample Label COLUMN B – Average Value COLUMN C – Minimum COLUMN D – Maximum COLUMN E – Median COLUMN F – Ra COLUMN G – Rms COLUMN H – Skew COLUMN I – Kurtosis
DOI: 10.6084/m9.figshare.978888.v2
title: Scrutinizing the datasets obtained from nanoscale features of spider silk fibreset

description: Here we present the complete results of the analyses and decrypted a number of novel features that could even rank the silk fibres according to desired mechanostructural features. This dataset will allow other researchers to select the most appropriate models for synthetic biology and also lead to better understanding of spider silk fibres extraordinary performance that is comparable to the best manmade materials.
DOI: 10.6084/m9.figshare.978880.v1
title: File 4. Surface Nanofriction Parameters.xlsx

description: This data file contains one worksheet containing raw data and descriptive statistics regarding surface frictional parameters obtained from square areas of horizontal deflection images (lateral force mode) of the spider silk fibres using Gwyddion software, and are described in its manual. The column descriptions for the raw data worksheet are as follows: COLUMN A – Sample Label COLUMN B – Average Value COLUMN C – Minimum COLUMN D – Maximum COLUMN E – Median COLUMN F – Ra COLUMN G – Rms
DOI: 10.6084/m9.figshare.978884.v2
title: File 8. Static Mechanical Parameters.xlsx

description: This data file contains one worksheet containing raw data and descriptive statistics regarding static mechanical parameters obtained from force-distance curves of the spider silk fibres using SPIP software, and are described in its manual. The column descriptions for the raw data worksheet are as follows: COLUMN A – Sample Label COLUMN B – Maximum Load Force (Max Ld) COLUMN C – Maximum Pulling Force (Max Pull) COLUMN D – Snap In (Snap In) COLUMN E – Detachment Separation (Detach Sep) COLUMN F – Young’s Modulus (Youngs Mod) COLUMN G – Zero Indentation (Zero Ind) Column H – Dissipated Energy (Energy)
DOI: 10.6084/m9.figshare.978878
title: File 2. Surface Nanoroughness Parameters.xlsx

description: This data file contains one worksheet containing raw data and descriptive statistics regarding surface roughness parameters obtained from square areas of height images (dynamic mode) of the spider silk fibres using Gwyddion software, and are described in its manual. The column descriptions for the raw data worksheet are as follows: COLUMN A – Sample Label COLUMN B – Average Value COLUMN C – Minimum COLUMN D – Maximum COLUMN E – Median COLUMN F – Ra COLUMN G – Rms COLUMN H – Skew COLUMN I – Kurtosis COLUMN J – Surface Area COLUMN K – Projected Area COLUMN L – Inclination (theta) COLUMN M – Inclination (phi)
DOI: 10.6084/m9.figshare.978879
title: File 3. Surface Nanostiffness Parameters.xlsx

description: This data file contains one worksheet containing raw data and descriptive statistics regarding surface stiffness parameters obtained from square areas of phase images (force modulation mode) of the spider silk fibres using Gwyddion software, and are described in its manual. The column descriptions for the raw data worksheet are as follows: COLUMN A – Sample Label COLUMN B – Average Value COLUMN C – Minimum COLUMN D – Maximum COLUMN E – Median COLUMN F – Ra COLUMN G – Rms COLUMN H – Skew COLUMN I – Kurtosis
DOI: 10.6084/m9.figshare.978882.v2
title: File 6. Surface Nanoamplitude Parameters.xlsx

description: This data file contains one worksheet containing raw data and descriptive statistics regarding surface stiffness parameters obtained from square areas of amplitude images (viscoelastic-phase mode) of the spider silk fibres using Gwyddion software, and are described in its manual. The column descriptions for the raw data worksheet are as follows: COLUMN A – Sample Label COLUMN B – Average Value COLUMN C – Minimum COLUMN D – Maximum COLUMN E – Median COLUMN F – Ra COLUMN G – Rms COLUMN H – Skew COLUMN I – Kurtosis
DOI: 10.6084/m9.figshare.978888.v3
title: Scrutinizing the datasets obtained from nanoscale features of spider silk fibreset

description: Here we present the complete results of the analyses and decrypted a number of novel features that could even rank the silk fibres according to desired mechanostructural features. This dataset will allow other researchers to select the most appropriate models for synthetic biology and also lead to better understanding of spider silk fibres extraordinary performance that is comparable to the best manmade materials.
DOI: 10.6084/m9.figshare.978877
title: File 1. Linear Roughness Parameters.xlsx

description: This data file contains three worksheets containing raw data and descriptive statistics regarding roughness (amplitude, spatial, and hybrid) parameters obtained in the longitudinal direction of the spider silk fibres using Gwyddion software, and are described in its manual. The column descriptions for the raw data worksheets are as follows: Amplitude Parameters COLUMN A – Sample Label COLUMN B – Roughness Average (Ra) COLUMN C – Root mean square roughness (Rq) COLUMN D – Maximum height of the roughness (Rt) COLUMN E – Maximum roughness valley depth (Rv) COLUMN F – Maximum roughness peak height (Rp) COLUMN G – Average maximum height of the roughness (Rtm) COLUMN H – Average maximum roughness valley depth (Rvm) COLUMN I – Average maximum roughness peak height (Rpm) COLUMN J – Average third highest peak to third lowest valley height (R3z) COLUMN K – Average third highest peak to third lowest valley height (R3z ISO) COLUMN L – Average maximum height of the profile (Rz) COLUMN M – Average maximum height of the roughness (Rz ISO) COLUMN N – Skewness (Rsk) COLUMN O – Kurtosis (Rku) COLUMN P – Waviness average (Wa) COLUMN Q – Root mean square waviness (Wq) COLUMN R – Waviness maximum height (Wy=Wmax) COLUMN S – Maximum height of the profile (Pt) Spatial Parameters COLUMN A – Sample Label COLUMN B – Average wavelength of the profile (lambda a) COLUMN C – Root mean square (RMS) wavelength of the profile (lambda q) Hybrid Parameters COLUMN A – Sample Label COLUMN B – Average absolute slope (delta a) COLUMN C – Root mean square (RMS) slope (delta q) (10^-6) COLUMN D – Length (L) COLUMN E – Developed profile length (L0) COLUMN F – Profile length ratio (Lr)
DOI: 10.6084/m9.figshare.978881.v1
title: File 5. Surface Nanoviscoelasticiy Parameters.xlsx

description: This data file contains one worksheet containing raw data and descriptive statistics regarding surface viscoelastic parameters obtained from square areas of phase images (viscoelastic-phase mode) of the spider silk fibres using Gwyddion software, and are described in its manual. The column descriptions for the raw data worksheet are as follows: COLUMN A – Sample Label COLUMN B – Average Value COLUMN C – Minimum COLUMN D – Maximum COLUMN E – Median COLUMN F – Ra COLUMN G – Rms COLUMN H – Skew COLUMN I – Kurtosis
DOI: 10.6084/m9.figshare.978878.v1
title: File 2. Surface Nanoroughness Parameters.xlsx

description: This data file contains one worksheet containing raw data and descriptive statistics regarding surface roughness parameters obtained from square areas of height images (dynamic mode) of the spider silk fibres using Gwyddion software, and are described in its manual. The column descriptions for the raw data worksheet are as follows: COLUMN A – Sample Label COLUMN B – Average Value COLUMN C – Minimum COLUMN D – Maximum COLUMN E – Median COLUMN F – Ra COLUMN G – Rms COLUMN H – Skew COLUMN I – Kurtosis COLUMN J – Surface Area COLUMN K – Projected Area COLUMN L – Inclination (theta) COLUMN M – Inclination (phi)
DOI: 10.6084/m9.figshare.978881.v3
title: File 5. Surface Nanoviscoelasticiy Parameters.xlsx

description: This data file contains one worksheet containing raw data and descriptive statistics regarding surface viscoelastic parameters obtained from square areas of phase images (viscoelastic-phase mode) of the spider silk fibres using Gwyddion software, and are described in its manual. The column descriptions for the raw data worksheet are as follows: COLUMN A – Sample Label COLUMN B – Average Value COLUMN C – Minimum COLUMN D – Maximum COLUMN E – Median COLUMN F – Ra COLUMN G – Rms COLUMN H – Skew COLUMN I – Kurtosis
DOI: 10.6084/m9.figshare.978888.v4
title: Scrutinizing the datasets obtained from nanoscale features of spider silk fibreset

description: Here we present the complete results of the analyses and decrypted a number of novel features that could even rank the silk fibres according to desired mechanostructural features. This dataset will allow other researchers to select the most appropriate models for synthetic biology and also lead to better understanding of spider silk fibres extraordinary performance that is comparable to the best manmade materials.
DOI: 10.6084/m9.figshare.978874
title: REFLEKSJE NA TEMAT PRACY: „Wykorzystanie oceny zdrowia finansowego podmiotu do planowania finansowego na przykładzie przedsiębiorstwa produkcyjnego branży obuwniczej”.

description: Recenzja ocenia jak autorka wykorzystała artykuł J. Zieltowa o wykorzystaniu oceny zdrowia finansowego podmiotu, do planowania finansowego Review assesses how the author used the article by J. Zieltowa on the use of the assessment of the financial health of the entity, to financial planning
DOI: 10.6084/m9.figshare.978877.v1
title: File 1. Linear Roughness Parameters.xlsx

description: This data file contains three worksheets containing raw data and descriptive statistics regarding roughness (amplitude, spatial, and hybrid) parameters obtained in the longitudinal direction of the spider silk fibres using Gwyddion software, and are described in its manual. The column descriptions for the raw data worksheets are as follows: Amplitude Parameters COLUMN A – Sample Label COLUMN B – Roughness Average (Ra) COLUMN C – Root mean square roughness (Rq) COLUMN D – Maximum height of the roughness (Rt) COLUMN E – Maximum roughness valley depth (Rv) COLUMN F – Maximum roughness peak height (Rp) COLUMN G – Average maximum height of the roughness (Rtm) COLUMN H – Average maximum roughness valley depth (Rvm) COLUMN I – Average maximum roughness peak height (Rpm) COLUMN J – Average third highest peak to third lowest valley height (R3z) COLUMN K – Average third highest peak to third lowest valley height (R3z ISO) COLUMN L – Average maximum height of the profile (Rz) COLUMN M – Average maximum height of the roughness (Rz ISO) COLUMN N – Skewness (Rsk) COLUMN O – Kurtosis (Rku) COLUMN P – Waviness average (Wa) COLUMN Q – Root mean square waviness (Wq) COLUMN R – Waviness maximum height (Wy=Wmax) COLUMN S – Maximum height of the profile (Pt) Spatial Parameters COLUMN A – Sample Label COLUMN B – Average wavelength of the profile (lambda a) COLUMN C – Root mean square (RMS) wavelength of the profile (lambda q) Hybrid Parameters COLUMN A – Sample Label COLUMN B – Average absolute slope (delta a) COLUMN C – Root mean square (RMS) slope (delta q) (10^-6) COLUMN D – Length (L) COLUMN E – Developed profile length (L0) COLUMN F – Profile length ratio (Lr)
DOI: 10.6084/m9.figshare.978879.v1
title: File 3. Surface Nanostiffness Parameters.xlsx

description: This data file contains one worksheet containing raw data and descriptive statistics regarding surface stiffness parameters obtained from square areas of phase images (force modulation mode) of the spider silk fibres using Gwyddion software, and are described in its manual. The column descriptions for the raw data worksheet are as follows: COLUMN A – Sample Label COLUMN B – Average Value COLUMN C – Minimum COLUMN D – Maximum COLUMN E – Median COLUMN F – Ra COLUMN G – Rms COLUMN H – Skew COLUMN I – Kurtosis
DOI: 10.6084/m9.figshare.978881.v2
title: File 5. Surface Nanoviscoelasticiy Parameters.xlsx

description: This data file contains one worksheet containing raw data and descriptive statistics regarding surface viscoelastic parameters obtained from square areas of phase images (viscoelastic-phase mode) of the spider silk fibres using Gwyddion software, and are described in its manual. The column descriptions for the raw data worksheet are as follows: COLUMN A – Sample Label COLUMN B – Average Value COLUMN C – Minimum COLUMN D – Maximum COLUMN E – Median COLUMN F – Ra COLUMN G – Rms COLUMN H – Skew COLUMN I – Kurtosis
DOI: 10.6084/m9.figshare.978888.v5
title: Scrutinizing the datasets obtained from nanoscale features of spider silk fibreset

description: Here we present the complete results of the analyses and decrypted a number of novel features that could even rank the silk fibres according to desired mechanostructural features. This dataset will allow other researchers to select the most appropriate models for synthetic biology and also lead to better understanding of spider silk fibres extraordinary performance that is comparable to the best manmade materials.
DOI: 10.6084/m9.figshare.978874.v1
title: REFLEKSJE NA TEMAT PRACY: „Wykorzystanie oceny zdrowia finansowego podmiotu do planowania finansowego na przykładzie przedsiębiorstwa produkcyjnego branży obuwniczej”.

description: Recenzja ocenia jak autorka wykorzystała artykuł J. Zieltowa o wykorzystaniu oceny zdrowia finansowego podmiotu, do planowania finansowego Review assesses how the author used the article by J. Zieltowa on the use of the assessment of the financial health of the entity, to financial planning
DOI: 10.6084/m9.figshare.978879.v3
title: File 3. Surface Nanostiffness Parameters.xlsx

description: This data file contains one worksheet containing raw data and descriptive statistics regarding surface stiffness parameters obtained from square areas of phase images (force modulation mode) of the spider silk fibres using Gwyddion software, and are described in its manual. The column descriptions for the raw data worksheet are as follows: COLUMN A – Sample Label COLUMN B – Average Value COLUMN C – Minimum COLUMN D – Maximum COLUMN E – Median COLUMN F – Ra COLUMN G – Rms COLUMN H – Skew COLUMN I – Kurtosis
DOI: 10.6084/m9.figshare.978879.v2
title: File 3. Surface Nanostiffness Parameters.xlsx

description: This data file contains one worksheet containing raw data and descriptive statistics regarding surface stiffness parameters obtained from square areas of phase images (force modulation mode) of the spider silk fibres using Gwyddion software, and are described in its manual. The column descriptions for the raw data worksheet are as follows: COLUMN A – Sample Label COLUMN B – Average Value COLUMN C – Minimum COLUMN D – Maximum COLUMN E – Median COLUMN F – Ra COLUMN G – Rms COLUMN H – Skew COLUMN I – Kurtosis
DOI: 10.6084/m9.figshare.978888.v6
title: Scrutinizing the datasets obtained from nanoscale features of spider silk fibreset

description: Here we present the complete results of the analyses and decrypted a number of novel features that could even rank the silk fibres according to desired mechanostructural features. This dataset will allow other researchers to select the most appropriate models for synthetic biology and also lead to better understanding of spider silk fibres extraordinary performance that is comparable to the best manmade materials.