| Ží•Ê | ˜_•¶ |
| Žå‘è | ‰ÎŽRƒKƒ‰ƒX”÷•²––‚̃tƒBƒ‰�[Œø‰Ê‚ÉŠÖ‚·‚éŠî‘b“IŒ¤‹† |
| •›‘è | |
| •M“ª’˜ŽÒ | ”C‹Êûg�i“Œ‹ž‘åŠw�j |
| ˜A–¼ŽÒ1 | Luge CHENG�i“Œ‹ž‘åŠw�j |
| ˜A–¼ŽÒ2 | ŠÛŽRˆê•½�i“Œ‹ž‘åŠw�j |
| ˜A–¼ŽÒ3 | |
| ˜A–¼ŽÒ4 | |
| ˜A–¼ŽÒ5 | |
| ƒL�[ƒ��[ƒh | filler effect�Ahydration�Avolcanic glass powder�AƒtƒBƒ‰�[Œø‰Ê�A�…˜a”½‰ž�A‰ÎŽRƒKƒ‰ƒX”÷•²–– |
| Šª | 44 |
| �† | 1 |
| �擪ƒy�[ƒW | 118 |
| ––”öƒy�[ƒW | 123 |
| ”N“x | 2022 |
| —vŽ| | The filler effect of volcanic glass powder (VGP) was investigated in this study by using Thermogravimetry analysis (TG), X-ray diffraction/Rietveld analysis (XRD), and selective dissolution method. Experimental results showed that VGP has a great acceleration behavior on the hydration degree of individual clinkers in the VGP-OPC system except for the Belite phase. The effective water to cement ratio had no effect on the hydration at the early age in the VGP-OPC system. The acceleration of hydration was caused by the additional nucleation sites provided by the VGP particles. |
| PDFƒtƒ@ƒCƒ‹–¼ | 044-01-1014.pdf |
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