... atomic activated absorption 原子活化吸附 atomic binding 原子键；原子耦合 atomic charge 原子电荷；原子装料 ...
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atomic-binding energy 原子结合能
atomic-binding 原子键
atomic binding forces 原子结合力
atomic binding energy 原子结合能
binding atomic 原子键联
binding energy of atomic nucleus 原子核结合能
atomic c binding 原子键
Joint strength relates to joint area and atomic binding strength.
其接合强度与接合面积、原子结合强度有关。
When adjusting experimental conditions, the atomic binding situation of films will also change.
改变制备工艺条件，薄膜中原子的化学结合状况会发生相应的变化。
The results show that hydrogen reduces the fracture activation energy by 74%, that is, atomic binding force decreases.
结果表明：氢的存在使断裂激活能约降低74%。这说明其减弱了原子间键合力。
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