Stones which have a low mechanical

Stones which have a low mechanical strength and which are prone to dissolve with high porosity are likely to adjust or change rapidly upon exposure. These stones are likely to be degraded very rapidly as they adjustto their conditions of exposure. Stones that are less porous, less soluble will respond more slowly to their conditions of exposure, thus they will exhibit less degradation and not tend to reflect the prevailing exposure conditions. The latter group may retain more memory, more former surface forms and more weathered products, and so will always be unadjusted to prevailing conditions. This means that a wide range of degradational forms may be present upon a single building. Those present on each surface will reflect the relative degree of adjustment to contemporary conditions and the expression of the underlying characteristics of the stone.

結果 (繁體中文) 1:

具有低的機械強度和其結石易於具有高孔隙率的可能調整或在暴露迅速改變以使其溶解。這些石頭很可能會非常迅速，因為他們adjustto他們接觸的條件降低。石頭不那麼多孔，不易溶於會更慢回應他們曝光的條件，因此，他們會表現出較少的降解，而不是傾向於反映當時的曝光條件。後者基團可保留更多的存儲器，更前表面的形式和更風化的產品，因此將始終是未調整的，以當時的條件。這意味著，寬範圍的degradational形式可以存在於單個建築物。

結果 (繁體中文) 2:

比兩場輸了兩場

結果 (繁體中文) 3:

機械強度低、易溶解、孔隙率高的岩石在暴露後很可能迅速調整或變化。當這些石頭適應暴露條件時，它們很可能會迅速退化。多孔性差、不易溶解的石頭對其暴露條件的反應更慢，囙此它們表現出較少的降解，並且不傾向於反映普遍的暴露條件。後者可能保留更多的記憶，更多的前表面形式和更多的風化產品，囙此將永遠不調整的普遍條件。這意味著一棟建築上可能存在著各種各樣的退化形式。在每一個表面上出現的這些都將反映出對當代條件的相對調整程度和石頭的基本特徵的表達。