A method for increasing adhesion quantity of nitric oxide and hydrogen in solid comprises a preparation step and a filling step. The preparation step uses the edible gelatinous substance to form a plurality of granules in which particle diameter is dozens of ten micron to dozens of thousand micron, and mixes nitric oxide with hydrogen to allow nitric oxide and hydrogen to firstly form bonding so as to form a mixed gas. The filling step is that the granules are placed in a container and fills the mixed gas in the container for closing to enable the mixed gas entering the pores of the granules itself and to be absorbed on the surface of the granules. By forming granules, the surface area and the ratio of dangling bonds can be greatly increased so that the granules can easily adsorb the mixed gas. As long as users eat the aforementioned granules, nitric oxide and hydrogen can be taken to generate health benefits.一種增加固體中一氧化氮及氫氣之附著量的方法,包含一準備步驟,及一填充步驟。該準備步驟是將可食用膠質物質形成多個粒徑為數十微米至數千微米的顆粒體,並將一氧化氮與氫氣混合,使一氧化氮與氫氣先形成鍵結而形成一混合氣體。該填充步驟是將該等顆粒體置於一容器內,並將該混合氣體填入該容器內後密閉,使該混合氣體進入該等顆粒體本身的孔隙內,並吸附於該等顆粒體的表面。藉由形成顆粒體可大幅增加表面積及空懸鍵的比例,使得該等顆粒體更容易吸附該混合氣體,使用者只要食用前述之顆粒體,即可攝取到一氧化氮及氫氣,產生保健功效。21‧‧‧顆粒體31‧‧‧容器32‧‧‧多孔性固體食物
