- 2025-02-22 氢原子处于n=3的激发态
- 2025-02-22 氢原子由n=1的基态激发到n=4的状态
- 2025-02-22 氢原子从n=1激发到n=4
- 2025-02-22 氢原子处于n=2,l=1,ml=-1态
- 2025-02-22 氢原子理论可知,当氢原子处于n=3的激发态时,可发射
- 2025-02-22 氢原子处于激发态是什么意思
- 2025-02-22 氢原子从n=3的激态跃迁至基态,最多辐射
- 2025-02-22 氢原子处于n=5激发态,向低能态跃迁可能辐射几条谱线
- 2025-02-22 氢原子处于n=4
- 2025-02-22 氢原子由基态激发到n= 3的激发态
- 2025-02-22 氢原子处于n=3的激发态
- 2025-02-22 氢原子由n=1的基态激发到n=4的状态
- 2025-02-22 氢原子从n=1激发到n=4
- 2025-02-22 氢原子处于n=2,l=1,ml=-1态
- 2025-02-22 氢原子理论可知,当氢原子处于n=3的激发态时,可发射
- 2025-02-22 氢原子处于激发态是什么意思
- 2025-02-22 氢原子从n=3的激态跃迁至基态,最多辐射
- 2025-02-22 氢原子处于n=5激发态,向低能态跃迁可能辐射几条谱线
- 2025-02-22 氢原子处于n=4
- 2025-02-22 氢原子由基态激发到n= 3的激发态
- 2025-02-22 氢原子处于n=3的激发态
- 2025-02-22 氢原子由n=1的基态激发到n=4的状态
- 2025-02-22 氢原子从n=1激发到n=4
- 2025-02-22 氢原子处于n=2,l=1,ml=-1态
- 2025-02-22 氢原子理论可知,当氢原子处于n=3的激发态时,可发射
- 2025-02-22 氢原子处于激发态是什么意思
- 2025-02-22 氢原子从n=3的激态跃迁至基态,最多辐射
- 2025-02-22 氢原子处于n=5激发态,向低能态跃迁可能辐射几条谱线
- 2025-02-22 氢原子处于n=4
- 2025-02-22 氢原子由基态激发到n= 3的激发态
