高比例原子配位不足與凡得瓦力增加，產生超強的力學特性，我們可生產出更強

高比例原子配位不足與凡得瓦力增加，產生超強的力學特性，我們可生產出更強韌、耐磨、耐壓、緊密防水的奈米材料。

結果 (英文) 1:

Lack of coordination and a high proportion of atomic Van der Waals force increases, resulting in superior mechanical properties, we can produce more robust, wear, pressure, tight waterproof nano materials.

結果 (英文) 2:

High proportion of atomic distribution is insufficient and Vandeweghe increases force, resulting in super-strong mechanical properties, we can produce more tougher, wear-resistant, pressure-resistant, tightly waterproof nanomaterials.

結果 (英文) 3:

With the increase of van der Waals force and the insufficient coordination of high proportion atoms, we can produce stronger, wear-resistant, pressure resistant and tight waterproof nano materials.