![HPLC chromatogram: void volume (t = 0.977 min), impurities (t = 2.289... | Download Scientific Diagram HPLC chromatogram: void volume (t = 0.977 min), impurities (t = 2.289... | Download Scientific Diagram](https://www.researchgate.net/publication/225689610/figure/fig2/AS:671516589051915@1537113439520/HPLC-chromatogram-void-volume-t-0977-min-impurities-t-2289-min-and-P-ASC-t.png)
HPLC chromatogram: void volume (t = 0.977 min), impurities (t = 2.289... | Download Scientific Diagram
![Illustration of the methodology used to define the initial void volume... | Download Scientific Diagram Illustration of the methodology used to define the initial void volume... | Download Scientific Diagram](https://www.researchgate.net/publication/363477724/figure/fig1/AS:11431281085102950@1663602161702/Illustration-of-the-methodology-used-to-define-the-initial-void-volume-fraction.png)
Illustration of the methodology used to define the initial void volume... | Download Scientific Diagram
Intervoid distance A as a function of void volume fraction F and void... | Download Scientific Diagram
![Nominal PBX 9502 void volume and area size distributions used in this... | Download Scientific Diagram Nominal PBX 9502 void volume and area size distributions used in this... | Download Scientific Diagram](https://www.researchgate.net/publication/351284708/figure/fig1/AS:1019402468225025@1620055896343/Nominal-PBX-9502-void-volume-and-area-size-distributions-used-in-this-study-3-The.jpg)
Nominal PBX 9502 void volume and area size distributions used in this... | Download Scientific Diagram
![Critical Void Volume Fraction Identification Based on Mesoscopic Damage Model for NVA Shipbuilding Steel | Journal of Marine Science and Application Critical Void Volume Fraction Identification Based on Mesoscopic Damage Model for NVA Shipbuilding Steel | Journal of Marine Science and Application](https://media.springernature.com/lw685/springer-static/image/art%3A10.1007%2Fs11804-019-00117-2/MediaObjects/11804_2019_117_Fig4_HTML.png)