Main ingredient : ultramicro pearl sheep placenta element 主要成分:超微珍珠粉羊胎素。
With increasing the amount of hollow glass beads , the ratio of ultramicro iron - coated hollow glass bead decreased 隨著中空玻珠用量的增大,復合粒子包裹率逐漸降低。
The results showed : composites had better compactness than composites of ultramicro iron - coated hollow glass bead 結果表明:此復合粒子較中空玻珠/超微鐵復合粒子有更好的致密性。
Soybean , fresh milk , sugar and ultramicro calcium . fresh milk soybean dtink the formula for middle - aged and old people 冰泉公司最新推出的鮮奶豆漿就是這一高品質營養組合的完美范例。
The results showed : composites showed microstructure of ep coating ultramicro iron ( - fe ) , which could enhance the ability of antioxidation of composites 研究結果表明:復合粒子結構為ep包裹超微鐵( - fe )核殼結構,該結構提高了復合粒子的抗氧化能力。
With increasing the amount of atpu , grain size of ultramicro iron decreased , compactness of composites enhanced , decreased , and decreased firstly and then increased 隨著atpu用量的增大,超微鐵粒子粒徑變小,包裹層變得更加均勻,減小,夕先減小后增大。
Composites of ultramicro iron - coated hollow glass bead were in - suit prepared using atpu as surface agent by decomposing carbonyl iron in hollow glass beads and dmf mixed solution 用atpu作表面活性劑,在中空玻珠存在下“原位”熱分解五羰基鐵制備出中空玻珠超微鐵核殼復合粒子。
Composites of hollow glass bead / ultramicro iron / ep with three - layer structure were prepared by coating ep on the surface of composites of ultramicro iron - coated hollow glass bead 通過在超微鐵包裹中空玻珠復合粒子表面再包裹一層ep ,制備出了中空玻珠/超微鐵/ ep三層結構復合粒子。
Density of composites was varied with the amount of organic and grain size of ultramicro iron . influence of microstructure on and was discussed with the interface defect mechanism 指出了復合粒子密度的變化是由于有機相含量與超微鐵粒徑的變化引起的,并用界面缺陷的理論探討了微觀結構對與的影響。