Due to their size, these patterns could only be fully tak in aerially.

因为范围广大，只有从空中鸟瞰才能看出图案全貌。

It is not possible to reconstruct the complete symphony from these manuscript sketches.

想要通过这些手写草稿恢复这一交响乐的全貌是不可能的。

The power supply part, as a result of the windsail mask, we are unable direct-viewing understanding it to supply power the part complete picture.

供电部，由于风罩的遮挡，我们无法直观的了解到它供电部的全貌。

Methods Video-stroboscopy was used to reveal the laryngeal cavity and dynamic changes of the vocal fold, and sound spectrograph was used to examine audio frequency, pitch and width.

方法用频闪喉镜显示患者喉腔全貌和声带的动态变化，用声门析仪检测并记录患者发声的频率、音调和音域。

Due to their size, these patterns could only be fully tak in aerially.

因为范围广大，只有从空中鸟瞰才能看出图案全貌。

It is not possible to reconstruct the complete symphony from these manuscript sketches.

想要通过这些手写草稿恢复这一交响乐的全貌是不可能的。

The power supply part, as a result of the windsail mask, we are unable direct-viewing understanding it to supply power the part complete picture.

供电部分，由于风罩的遮挡，我们无法直观的了解到它供电部分的全貌。

Methods Video-stroboscopy was used to reveal the laryngeal cavity and dynamic changes of the vocal fold, and sound spectrograph was used to examine audio frequency, pitch and width.

方法用频闪喉镜显示患者喉腔全貌和声带的动态变化，用声门分析仪检测并记录患者发声的频率、音调和音域。

Due to their size, these patterns could only be fully tak in aerially.

因为范围广大，有空中鸟瞰才能看出图案全貌。

It is not possible to reconstruct the complete symphony from these manuscript sketches.

想要通过这些手写草稿恢复这一交响乐全貌是不可能。

The power supply part, as a result of the windsail mask, we are unable direct-viewing understanding it to supply power the part complete picture.

供电部分，由于风罩遮挡，我们无法直观了解到它供电部分全貌。

Methods Video-stroboscopy was used to reveal the laryngeal cavity and dynamic changes of the vocal fold, and sound spectrograph was used to examine audio frequency, pitch and width.

方法用闪喉镜显示患者喉腔全貌和带动态变化，用门分析仪检测并记录患者发率、音调和音域。

Due to their size, these patterns could only be fully tak in aerially.

因为范围广大，只有从空中鸟瞰才能看出图案全貌。

It is not possible to reconstruct the complete symphony from these manuscript sketches.

想要通过这些手写草稿恢复这一交全貌是不可能。

The power supply part, as a result of the windsail mask, we are unable direct-viewing understanding it to supply power the part complete picture.

供电部分，由于风罩遮挡，我们无法直观了解到它供电部分全貌。

Methods Video-stroboscopy was used to reveal the laryngeal cavity and dynamic changes of the vocal fold, and sound spectrograph was used to examine audio frequency, pitch and width.

方法用频闪喉镜者喉腔全貌和声带动态变化，用声门分析仪检测并记录者发声频率、音调和音域。

Due to their size, these patterns could only be fully tak in aerially.

因为范围广大，只有从空中鸟瞰才能看出图案全貌。

It is not possible to reconstruct the complete symphony from these manuscript sketches.

想要通过这些手写草稿恢复这一交响乐的全貌是不可能的。

The power supply part, as a result of the windsail mask, we are unable direct-viewing understanding it to supply power the part complete picture.

供电部分，由于风罩的遮挡，我们无法直观的了解到它供电部分的全貌。

Methods Video-stroboscopy was used to reveal the laryngeal cavity and dynamic changes of the vocal fold, and sound spectrograph was used to examine audio frequency, pitch and width.

方法用频闪喉镜显示患者喉腔全貌和声带的动态变化，用声门分析仪检测并记录患者发声的频率、音调和音域。

Due to their size, these patterns could only be fully tak in aerially.

因为范围广大，只有从空中鸟瞰才图案全貌。

It is not possible to reconstruct the complete symphony from these manuscript sketches.

想要通过这些手写草稿恢复这一交响乐的全貌是不可的。

The power supply part, as a result of the windsail mask, we are unable direct-viewing understanding it to supply power the part complete picture.

供电部分，由于风罩的遮挡，我们无法直观的了解到它供电部分的全貌。

Methods Video-stroboscopy was used to reveal the laryngeal cavity and dynamic changes of the vocal fold, and sound spectrograph was used to examine audio frequency, pitch and width.

方法用频闪喉镜显示患者喉腔全貌和声带的动态变化，用声门分析仪记录患者发声的频率、音调和音域。

Due to their size, these patterns could only be fully tak in aerially.

因为范围广大，只有从空中鸟瞰才能看出图案。

It is not possible to reconstruct the complete symphony from these manuscript sketches.

想要通过这些手写草稿恢复这一交响乐是不可能。

The power supply part, as a result of the windsail mask, we are unable direct-viewing understanding it to supply power the part complete picture.

部分，由于风罩遮挡，我们无法直观了解到它部分。

Methods Video-stroboscopy was used to reveal the laryngeal cavity and dynamic changes of the vocal fold, and sound spectrograph was used to examine audio frequency, pitch and width.

法用频闪喉镜显示患者喉腔和声带动态变化，用声门分析仪检测并记录患者发声频率、音调和音域。

Due to their size, these patterns could only be fully tak in aerially.

因为范围广大，只有从空中鸟瞰才能看出图案全貌。

It is not possible to reconstruct the complete symphony from these manuscript sketches.

想要通过这些手写草稿恢复这一交响乐的全貌是不可能的。

The power supply part, as a result of the windsail mask, we are unable direct-viewing understanding it to supply power the part complete picture.

供，风罩的遮挡，我们无法直观的了解到它供的全貌。

Methods Video-stroboscopy was used to reveal the laryngeal cavity and dynamic changes of the vocal fold, and sound spectrograph was used to examine audio frequency, pitch and width.

方法用频闪喉镜显示患者喉腔全貌和声带的动态变化，用声门析仪检测并记录患者发声的频率、音调和音域。

Due to their size, these patterns could only be fully tak in aerially.

因为范围广大，只有从空中鸟看出图案全貌。

It is not possible to reconstruct the complete symphony from these manuscript sketches.

想要通过这些手写草稿恢复这一交响乐的全貌是不可的。

The power supply part, as a result of the windsail mask, we are unable direct-viewing understanding it to supply power the part complete picture.

供电部分，由于风罩的遮挡，我们无法直观的了解到它供电部分的全貌。

Methods Video-stroboscopy was used to reveal the laryngeal cavity and dynamic changes of the vocal fold, and sound spectrograph was used to examine audio frequency, pitch and width.

方法用频闪喉镜显示患者喉腔全貌和声带的动态变化，用声门分析仪检测患者发声的频率、音调和音域。