1) General information - Tite: DATA: The role of thermal history, density and pressure changes on the non-equilibrium glass transition dynamics of low-molecular-weight poly(phenylmethyl siloxane) (PMPS) under nanopore-confinement - Principal Investigator: Katarzyna Chat, Institute of Nuclear Physics Polish Academy of Sciences, PL-31342 Krakow, Poland, e-mail: katarzyna.chat@ifj.edu.pl - Co-authors: Karolina Adrjanowicz, Ewa Juszyńska-Gałązka - Contact person: Katarzyna Chat - Date of data collection: 2023-05-01 – 2024-04-30 - Information about the geographical location of data collection: Kraków, Chorzow, Poland - Keywords used to describe the topic of the data: nanopores, confinement, dielectric spectroscopy, non-equilibrium glass transition dynamics, equilibration kinetics - Language information: English - Information about financing sources: National Science Centre, Poland within the Project SONATINA 7 (dec. no. 2023/48/C/ST3/00179). 2) Data and file review File 1 - Name: PMPS_2,5k_20nm_annealing_(239K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 20 nm AAO nanopores in the temperature 239 K. - File format: .TXT - File creation date: 2024-04-12 File 2 - Name: PMPS_2,5k_20nm_annealing_(245K)_after_jump_from_(239K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 20 nm AAO nanopores in the temperature 245 K, preceded by a jump from the temperature of 239 K. - File format: .TXT - File creation date: 2024-04-12 File 3 - Name: PMPS_2,5k_20nm_annealing_(251K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 20 nm AAO nanopores in the temperature 251 K. - File format: .TXT - File creation date: 2024-04-12 File 4 - Name: PMPS_2,5k_20nm_annealing_(245K)_after_jump_from_(251K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 20 nm AAO nanopores in the temperature 245 K, preceded by a jump from the temperature of 251 K. - File format: .TXT - File creation date: 2024-04-12 File 5 - Name: PMPS_2,5k_60nm_annealing_(239K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 60 nm AAO nanopores in the temperature 239 K. - File format: .TXT - File creation date: 2024-04-12 File 6 - Name: PMPS_2,5k_60nm_annealing_(245K)_after_jump_from_(239K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 60 nm AAO nanopores in the temperature 245 K, preceded by a jump from the temperature of 239 K. - File format: .TXT - File creation date: 2024-04-12 File 7 - Name: PMPS_2,5k_60nm_annealing_(251K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 60 nm AAO nanopores in the temperature 251 K. - File format: .TXT - File creation date: 2024-04-12 File 8 - Name: PMPS_2,5k_60nm_annealing_(245K)_after_jump_from_(251K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 60 nm AAO nanopores in the temperature 245 K, preceded by a jump from the temperature of 251 K. - File format: .TXT - File creation date: 2024-04-12 File 9 - Name: PMPS_2,5k_60nm_annealing_(249K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 60 nm AAO nanopores in the temperature 249 K. - File format: .TXT - File creation date: 2024-04-12 File 10 - Name: PMPS_2,5k_60nm_annealing_(243K)_after_jump_from_(249K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 60 nm AAO nanopores in the temperature 243 K, preceded by a jump from the temperature of 249 K. - File format: .TXT - File creation date: 2024-04-12 File 11 - Name: PMPS_2,5k_60nm_annealing_(237K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 60 nm AAO nanopores in the temperature 237 K. - File format: .TXT - File creation date: 2024-04-12 File 12 - Name: PMPS_2,5k_60nm_annealing_(243K)_after_jump_from_(237K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 60 nm AAO nanopores in the temperature 243 K, preceded by a jump from the temperature of 237 K. - File format: .TXT - File creation date: 2024-04-12 File 13 - Name: PMPS_2,5k_60nm_annealing_(241K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 60 nm AAO nanopores in the temperature 241 K. - File format: .TXT - File creation date: 2024-04-12 File 14 - Name: PMPS_2,5k_60nm_annealing_(247K)_after_jump_from_(241K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 60 nm AAO nanopores in the temperature 247 K, preceded by a jump from the temperature of 241 K. - File format: .TXT - File creation date: 2024-04-12 File 15 - Name: PMPS_2,5k_60nm_annealing_(257K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 60 nm AAO nanopores in the temperature 257 K. - File format: .TXT - File creation date: 2024-04-12 File 16 - Name: PMPS_2,5k_60nm_annealing_(251K)_after_jump_from_(257K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 60 nm AAO nanopores in the temperature 251 K, preceded by a jump from the temperature of 257 K. - File format: .TXT - File creation date: 2024-04-12 File 17 - Name: PMPS_2,5k_60nm_annealing_(245K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 60 nm AAO nanopores in the temperature 245 K. - File format: .TXT - File creation date: 2024-04-12 File 18 - Name: PMPS_2,5k_60nm_annealing_(251K)_after_jump_from_(245K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 60 nm AAO nanopores in the temperature 251 K, preceded by a jump from the temperature of 245 K. - File format: .TXT - File creation date: 2024-04-12 File 19 - Name: PMPS_2,5k_60nm_annealing_(253K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 60 nm AAO nanopores in the temperature 253 K. - File format: .TXT - File creation date: 2024-04-12 File 20 - Name: PMPS_2,5k_60nm_annealing_(247K)_after_jump_from_(253K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 60 nm AAO nanopores in the temperature 247 K, preceded by a jump from the temperature of 253 K. - File format: .TXT - File creation date: 2024-04-12 File 21 - Name: PMPS_2,5k_100nm_annealing_(239K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 100 nm AAO nanopores in the temperature 239 K. - File format: .TXT - File creation date: 2024-04-12 File 22 - Name: PMPS_2,5k_100nm_annealing_(245K)_after_jump_from_(239K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 100 nm AAO nanopores in the temperature 245 K, preceded by a jump from the temperature of 239 K. - File format: .TXT - File creation date: 2024-04-12 File 23 - Name: PMPS_2,5k_100nm_annealing_(251K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 100 nm AAO nanopores in the temperature 251 K. - File format: .TXT - File creation date: 2024-04-12 File 24 - Name: PMPS_2,5k_100nm_annealing_(245K)_after_jump_from_(251K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 100 nm AAO nanopores in the temperature 245 K, preceded by a jump from the temperature of 251 K. - File format: .TXT - File creation date: 2024-04-12 File 25 - Name: PMPS_2,5k_200nm_annealing_(239K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 200 nm AAO nanopores in the temperature 239 K. - File format: .TXT - File creation date: 2024-04-12 File 26 - Name: PMPS_2,5k_200nm_annealing_(245K)_after_jump_from_(239K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 200 nm AAO nanopores in the temperature 245 K, preceded by a jump from the temperature of 239 K. - File format: .TXT - File creation date: 2024-04-12 File 27 - Name: PMPS_2,5k_200nm_annealing_(251K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 200 nm AAO nanopores in the temperature 251 K. - File format: .TXT - File creation date: 2024-04-12 File 28 - Name: PMPS_2,5k_200nm_annealing_(245K)_after_jump_from_(251K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 200 nm AAO nanopores in the temperature 245 K, preceded by a jump from the temperature of 251 K. - File format: .TXT - File creation date: 2024-04-12 File 29 - Name: PMPS_2,5k_200nm_annealing_(237K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 200 nm AAO nanopores in the temperature 237 K. - File format: .TXT - File creation date: 2024-04-12 File 30 - Name: PMPS_2,5k_200nm_annealing_(245K)_after_jump_from_(237K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 200 nm AAO nanopores in the temperature 245 K, preceded by a jump from the temperature of 237 K. - File format: .TXT - File creation date: 2024-04-12 File 31 - Name: PMPS_2,5k_200nm_annealing_(241K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 200 nm AAO nanopores in the temperature 241 K. - File format: .TXT - File creation date: 2024-04-12 File 32 - Name: PMPS_2,5k_200nm_annealing_(245K)_after_jump_from_(241K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 200 nm AAO nanopores in the temperature 245 K, preceded by a jump from the temperature of 241 K. - File format: .TXT - File creation date: 2024-04-12 File 33 - Name: PMPS_2,5k_200nm_annealing_(249K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 200 nm AAO nanopores in the temperature 249 K. - File format: .TXT - File creation date: 2024-04-12 File 34 - Name: PMPS_2,5k_200nm_annealing_(245K)_after_jump_from_(249K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 200 nm AAO nanopores in the temperature 245 K, preceded by a jump from the temperature of 249 K. - File format: .TXT - File creation date: 2024-04-12 File 35 - Name: PMPS_2,5k_200nm_annealing_(253K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 200 nm AAO nanopores in the temperature 253 K. - File format: .TXT - File creation date: 2024-04-12 File 36 - Name: PMPS_2,5k_200nm_annealing_(245K)_after_jump_from_(253K) - Description: Time-dependence measurements of the complex permittivity of PMPS 2.5k sample confined in 200 nm AAO nanopores in the temperature 245 K, preceded by a jump from the temperature of 253 K. - File format: .TXT - File creation date: 2024-04-12 File 37: - Name; PMPS_2,5k_bulk_temperature_scan - Temperature-dependence measurements of the complex permittivity in the temperature range from 273 K to 213 K every 2 K. - File format: .TXT - File creation date: 2024-04-12 3) Information about sharing - Licenses or restrictions placed on data: CC0 license - Links to publications that cite or use the data: https://doi.org/10.1021/acs.macromol.4c01207 4) Methodological information - RiAW dielectric data was collected from measurements carried out using a Novocontrol Alpha analyzer. The data was saved in the .eps format and then exported to the .txt format. Data can be opened using analysis programs, e.g. OriginLab, Statistica, Excel, etc. - 5) Data-specific information - List of variables, containing full names and definitions (spell shortened words) of column headers for tabular data * Freq. – Frequency * Temp. - Temperature * Time - Time * Eps' - Real part of complex permittivity * Eps” – Imaginary part of complex permittivity - Units of measurement * Freq. – [Hz – Hertz] * Temp. – [‘C – Celsius] * Time - [s – second]