在核磁弛豫谱中最左峰与干燥样品的峰值完全重合，最左峰常被认为是C–S–

In the NMR relaxation spectrum, the leftmost peak is completely coincident with the peak of the dried sample. The leftmost peak is often considered to be C–S–H interlayer pores and gel pores, which cannot be removed by the drying process [55], indicating that cyclohexane It cannot enter the gel pores and interlayer pores. Because the drying process removes most of the water in the pores, cyclohexane easily enters the pores because of its low surface tension.

The leftmost peak in the nuclear magnetic relaxation spectrum fully re-fits the peak of the dry sample, and the far left peak is often considered to be the C-S-H inter-layer inter-hole and gel hole, which cannot be removed by the drying process, indicating that cyclohexane cannot enter the gel hole and inter-layer hole, because the drying process removes water from most of the capillary holes, and the cyclane is easy to enter the capillary hole due to the lower surface pressure.

In the NMR relaxation spectrum, the most left peak coincides with the peak value of the dried sample. The most left peak is often considered as C - S - H interlayer pores and gel pores, and [55] can not be removed by drying process, indicating that cyclohexane can not enter the gel pores and interlaminar pores. As the drying process removes most of the water in the capillary pores, cyclohexane easily enters the pores due to lower surface tension.<br>