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3,491 to 3,500 of 7,428 Results

08_Figure-7.png Dec 10, 2022 - Replication Data for: Parametric study of low-temperature thermal energy storage using carbon dioxide as the phase change material in pillow plate heat exchangers PNG Image - 38.4 KB - MD5: e2a0dc70b1a3390b923d8f32b17cc1c5 DymolaMinitabREFPROPTIL libraryTIL media
09_Table-5.csv Dec 10, 2022 - Replication Data for: Parametric study of low-temperature thermal energy storage using carbon dioxide as the phase change material in pillow plate heat exchangers Comma Separated Values - 1.8 KB - MD5: 466b1c644c64ff192fec972e19882002 DataParametric studyResponsesTaguchi design
10_Figure-8.png Dec 10, 2022 - Replication Data for: Parametric study of low-temperature thermal energy storage using carbon dioxide as the phase change material in pillow plate heat exchangers PNG Image - 64.5 KB - MD5: 73d10265b7e1fe59f4d8ef48bc6ed285 Main effect plotsSignal-to-noise ratio
11_Figure-9.png Dec 10, 2022 - Replication Data for: Parametric study of low-temperature thermal energy storage using carbon dioxide as the phase change material in pillow plate heat exchangers PNG Image - 68.2 KB - MD5: 1e900a02264e9296c7353d7f2c26cf9f Main effect plotsSignal-to-noise ratio
12_Figure-10.png Dec 10, 2022 - Replication Data for: Parametric study of low-temperature thermal energy storage using carbon dioxide as the phase change material in pillow plate heat exchangers PNG Image - 54.8 KB - MD5: e3b0607d4db7c32f42f077da7277598d CorrelationParity plotTaguchi method
13_Figure-11.png Dec 10, 2022 - Replication Data for: Parametric study of low-temperature thermal energy storage using carbon dioxide as the phase change material in pillow plate heat exchangers PNG Image - 48.4 KB - MD5: 5854efb530a2039aaffe028daa75455c Best performanceOptimal conditions
14_Figure-11.csv Dec 10, 2022 - Replication Data for: Parametric study of low-temperature thermal energy storage using carbon dioxide as the phase change material in pillow plate heat exchangers Comma Separated Values - 803 B - MD5: 67e09a94e8131ed569606154e8206b21 Best performanceDataOptimal conditions
Replication Data for: Microscale magnetic inversion of remanent magnetization mineral sources from the Black Hill Norite, South Australia. Nov 24, 2022 Lee, Madeline, 2022, "Replication Data for: Microscale magnetic inversion of remanent magnetization mineral sources from the Black Hill Norite, South Australia.", https://doi.org/10.18710/EOV6FB, DataverseNO, V1 Specimen BH01A is a 30um thick thin section from a core originally collected by Rajagopalan et al. (1993) from the northeast area of the Black Hill Norite pluton, South Australia. The distribution of opaque minerals in thin section were mapped using a Phenom XL scanning electron microscope (SEM) at the NTNU Rock Magnetic Laboratory. An electron bac...
00_readme.txt Nov 24, 2022 - Replication Data for: Microscale magnetic inversion of remanent magnetization mineral sources from the Black Hill Norite, South Australia. Plain Text - 1.6 KB - MD5: 51b3a1897348858e68a405588b38f76c readme to accompany BH01A.txt and BH01A_flat.png
BH01A_4flat.png Nov 24, 2022 - Replication Data for: Microscale magnetic inversion of remanent magnetization mineral sources from the Black Hill Norite, South Australia. PNG Image - 72.9 MB - MD5: 392a731cc631f7215f7df8ae2f6602c7 Scanning electron microscope (SEM) image. Image acquired June 24, 2020. Sample: BH01A - a 30um thick thin section from a core originally collected by Rajagopalan et al. (1993) from the northeast area of the Black Hill Norite pluton, South Australia. Scanning Electron Microscope (SEM) - NanoScience Instruments Phenom XL - Acceleraion Voltage: 10...

08_Figure-7.png

Dec 10, 2022 - Replication Data for: Parametric study of low-temperature thermal energy storage using carbon dioxide as the phase change material in pillow plate heat exchangers

PNG Image - 38.4 KB -

DymolaMinitabREFPROPTIL libraryTIL media

09_Table-5.csv

Dec 10, 2022 - Replication Data for: Parametric study of low-temperature thermal energy storage using carbon dioxide as the phase change material in pillow plate heat exchangers

Comma Separated Values - 1.8 KB -

DataParametric studyResponsesTaguchi design

10_Figure-8.png

Dec 10, 2022 - Replication Data for: Parametric study of low-temperature thermal energy storage using carbon dioxide as the phase change material in pillow plate heat exchangers

PNG Image - 64.5 KB -

Main effect plotsSignal-to-noise ratio

11_Figure-9.png

Dec 10, 2022 - Replication Data for: Parametric study of low-temperature thermal energy storage using carbon dioxide as the phase change material in pillow plate heat exchangers

PNG Image - 68.2 KB -

Main effect plotsSignal-to-noise ratio

12_Figure-10.png

Dec 10, 2022 - Replication Data for: Parametric study of low-temperature thermal energy storage using carbon dioxide as the phase change material in pillow plate heat exchangers

PNG Image - 54.8 KB -

CorrelationParity plotTaguchi method

13_Figure-11.png

Dec 10, 2022 - Replication Data for: Parametric study of low-temperature thermal energy storage using carbon dioxide as the phase change material in pillow plate heat exchangers

PNG Image - 48.4 KB -

Best performanceOptimal conditions

14_Figure-11.csv

Dec 10, 2022 - Replication Data for: Parametric study of low-temperature thermal energy storage using carbon dioxide as the phase change material in pillow plate heat exchangers

Comma Separated Values - 803 B -

Best performanceDataOptimal conditions

Replication Data for: Microscale magnetic inversion of remanent magnetization mineral sources from the Black Hill Norite, South Australia.

Nov 24, 2022

Lee, Madeline, 2022, "Replication Data for: Microscale magnetic inversion of remanent magnetization mineral sources from the Black Hill Norite, South Australia.", https://doi.org/10.18710/EOV6FB, DataverseNO, V1

Specimen BH01A is a 30um thick thin section from a core originally collected by Rajagopalan et al. (1993) from the northeast area of the Black Hill Norite pluton, South Australia. The distribution of opaque minerals in thin section were mapped using a Phenom XL scanning electron microscope (SEM) at the NTNU Rock Magnetic Laboratory. An electron bac...

00_readme.txt

Nov 24, 2022 - Replication Data for: Microscale magnetic inversion of remanent magnetization mineral sources from the Black Hill Norite, South Australia.

Plain Text - 1.6 KB -

readme to accompany BH01A.txt and BH01A_flat.png

BH01A_4flat.png

Nov 24, 2022 - Replication Data for: Microscale magnetic inversion of remanent magnetization mineral sources from the Black Hill Norite, South Australia.

PNG Image - 72.9 MB -

Scanning electron microscope (SEM) image. Image acquired June 24, 2020. Sample: BH01A - a 30um thick thin section from a core originally collected by Rajagopalan et al. (1993) from the northeast area of the Black Hill Norite pluton, South Australia. Scanning Electron Microscope (SEM) - NanoScience Instruments Phenom XL - Acceleraion Voltage: 10...

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