Mechanism of its synthesis is discussed based on microprocess of the nucleation of CVD diamond.

结合CVD金刚石的微观过程，探讨了定向金刚石膜的形机理。

The results of investigation into nucleation show that temperature and time have little influence on tne amount of saturant acid crystallized.

对过程的研究表明:温度和时间对饱和酸结晶量的影响很小。

Bone formation Hydroxyapatite is deposited in nucleation sites between the ends of tropocollagen molecules as the first step in bone formation.

骨骼形的第一步，羧基磷灰石被沉积在原胶原蛋白分子末羰之间的部位。

SEM was used to observe nucleation site of Co particles, and energy spectrum analysed phase composition of white matter in endosexine of mold.

借助扫描电镜观察到细化的叶片表面的钴微粒形,过能谱分析手段,研究型壳内表层的白色物质的相组。

Mechanism of its synthesis is discussed based on microprocess of the nucleation of CVD diamond.

结合CVD金刚石的微观过程，探讨了定向金刚石膜的机。

The results of investigation into nucleation show that temperature and time have little influence on tne amount of saturant acid crystallized.

过程的研究表明:温度和时间饱和酸结晶量的影响很小。

Bone formation Hydroxyapatite is deposited in nucleation sites between the ends of tropocollagen molecules as the first step in bone formation.

的第一步，羧基磷灰石被沉积在原胶原蛋白分子末羰之间的部位。

SEM was used to observe nucleation site of Co particles, and energy spectrum analysed phase composition of white matter in endosexine of mold.

借助扫描电镜观察到细化的叶片表面的钴微粒心,通过能谱分析手段,研究型壳内表层的白色物质的相组。

Mechanism of its synthesis is discussed based on microprocess of the nucleation of CVD diamond.

结合CVD金刚石观过程，探讨了定向金刚石膜机理。

The results of investigation into nucleation show that temperature and time have little influence on tne amount of saturant acid crystallized.

对过程研究表明:温度和时间对饱和酸结晶量影响很小。

Bone formation Hydroxyapatite is deposited in nucleation sites between the ends of tropocollagen molecules as the first step in bone formation.

骨骼第一步，羧基磷灰石被沉积在原胶原蛋白分子末羰之间部位。

SEM was used to observe nucleation site of Co particles, and energy spectrum analysed phase composition of white matter in endosexine of mold.

借助扫描电镜观察到细化叶片表面粒心,通过能谱分析手段,研究型壳内表层白色物质相组。

Mechanism of its synthesis is discussed based on microprocess of the nucleation of CVD diamond.

结合CVD金刚成的微观过程，探讨金刚膜的形成机理。

The results of investigation into nucleation show that temperature and time have little influence on tne amount of saturant acid crystallized.

对成过程的研究表明:成温度和成时间对饱和酸结晶量的影响很小。

Bone formation Hydroxyapatite is deposited in nucleation sites between the ends of tropocollagen molecules as the first step in bone formation.

骨骼形成的第一步，羧基磷沉积在原胶原蛋白分子末羰之间的成部位。

SEM was used to observe nucleation site of Co particles, and energy spectrum analysed phase composition of white matter in endosexine of mold.

借助扫描电镜观察到细化的叶片表面的钴微粒形心,通过能谱分析手段,研究型壳内表层的白色物质的相组成。

Mechanism of its synthesis is discussed based on microprocess of the nucleation of CVD diamond.

结合CVD金刚石微观过程，探讨了定向金刚石膜形机理。

The results of investigation into nucleation show that temperature and time have little influence on tne amount of saturant acid crystallized.

对过程研究表明:温度和时间对饱和酸结晶量影响很小。

Bone formation Hydroxyapatite is deposited in nucleation sites between the ends of tropocollagen molecules as the first step in bone formation.

骨骼形第一步，羧基磷灰石被沉积在原胶原子末羰之间部位。

SEM was used to observe nucleation site of Co particles, and energy spectrum analysed phase composition of white matter in endosexine of mold.

借助扫描电镜观察到细化叶片表面钴微粒形心,通过能谱析手段,研究型壳内表层色物质相组。

Mechanism of its synthesis is discussed based on microprocess of the nucleation of CVD diamond.

结合CVD金刚石的微过程，探讨了定向金刚石膜的形机理。

The results of investigation into nucleation show that temperature and time have little influence on tne amount of saturant acid crystallized.

对过程的研究表明:温度和时间对饱和酸结晶量的影响很小。

Bone formation Hydroxyapatite is deposited in nucleation sites between the ends of tropocollagen molecules as the first step in bone formation.

骨骼形的第一步，羧基磷灰石被沉积在原胶原蛋白分子末羰之间的部位。

SEM was used to observe nucleation site of Co particles, and energy spectrum analysed phase composition of white matter in endosexine of mold.

借助扫描电镜细化的叶片表面的钴微粒形心,通过能谱分析手段,研究型壳内表层的白色物质的相组。

Mechanism of its synthesis is discussed based on microprocess of the nucleation of CVD diamond.

结合CVD金刚石成的微观，讨了定向金刚石膜的形成机理。

The results of investigation into nucleation show that temperature and time have little influence on tne amount of saturant acid crystallized.

对成的研究表明:成温度和成时间对饱和酸结晶量的影响很小。

Bone formation Hydroxyapatite is deposited in nucleation sites between the ends of tropocollagen molecules as the first step in bone formation.

骨骼形成的第一步，羧基磷灰石被沉胶蛋白分子末羰之间的成部位。

SEM was used to observe nucleation site of Co particles, and energy spectrum analysed phase composition of white matter in endosexine of mold.

借助扫描电镜观察到细化的叶片表面的钴微粒形心,通能谱分析手段,研究型壳内表层的白色物质的相组成。

Mechanism of its synthesis is discussed based on microprocess of the nucleation of CVD diamond.

结合CVD金刚石成微过程，探讨了定向金刚石膜形成机理。

The results of investigation into nucleation show that temperature and time have little influence on tne amount of saturant acid crystallized.

对成过程研究表明:成温度和成时间对饱和酸结晶量影响很小。

Bone formation Hydroxyapatite is deposited in nucleation sites between the ends of tropocollagen molecules as the first step in bone formation.

骨骼形成第一步，羧基磷灰石被沉积在原胶原蛋白分子末羰之间成部位。

SEM was used to observe nucleation site of Co particles, and energy spectrum analysed phase composition of white matter in endosexine of mold.

借助扫描察到细化叶片表面钴微粒形心,通过能谱分析手段,研究型壳内表层白色物质相组成。

Mechanism of its synthesis is discussed based on microprocess of the nucleation of CVD diamond.

结合CVD金刚石成微观，探讨了定向金刚石膜形成机理。

The results of investigation into nucleation show that temperature and time have little influence on tne amount of saturant acid crystallized.

对成研究表明:成温度和成时间对饱和酸结晶量小。

Bone formation Hydroxyapatite is deposited in nucleation sites between the ends of tropocollagen molecules as the first step in bone formation.

骨骼形成第一步，羧基磷灰石被沉积在原胶原蛋白分子末羰之间成部位。

SEM was used to observe nucleation site of Co particles, and energy spectrum analysed phase composition of white matter in endosexine of mold.

借助扫描电镜观察到细化叶片表面钴微粒形心,通能谱分析手段,研究型壳内表层白色物质相组成。