As the core component,rotor system may run abnormally,have the failures of unbalance,bearing damage and incorret alignment.

作为它的核心部件，转子行过程中可能出现、对中、轴承损坏等故障。

So long as their balance remains undisturbed, the oxygenated and hydrogen sulfide–saturated waters stay separated, and their interface, known as the chemocline, is stable.

直到达成、互相干扰，充氧的海水与饱和硫化氢的海水彼此分隔，而两者间的界面「化变层」也是稳定的。

In the presence of impurities or in a nonstoichiometric solid, free electrons or electron holes are produced as a result of “charge compensation” to neutralize the effect of charged ionic defects 。

在杂质存在的情况下，或在非化学计量比的固体中，为了中和带电离子缺陷所引起的电荷，便会产生自由电子或电子空穴。

As the core component,rotor system may run abnormally,have the failures of unbalance,bearing damage and incorret alignment.

作为它的核心部件，转子系统运行过程中可能出现不平衡、不对中、轴承损坏等故障。

So long as their balance remains undisturbed, the oxygenated and hydrogen sulfide–saturated waters stay separated, and their interface, known as the chemocline, is stable.

直到达成平衡、不互相干扰，充氧的海水与饱和硫化氢的海水彼此分隔，而两者间的界面「化变层」也是稳定的。

In the presence of impurities or in a nonstoichiometric solid, free electrons or electron holes are produced as a result of “charge compensation” to neutralize the effect of charged ionic defects 。

在杂质存在的情况下，或在非化学计量比的固体中，为了中和带电离子缺陷所引起的电荷不平衡，便会产生自由电子或电子空穴。

As the core component,rotor system may run abnormally,have the failures of unbalance,bearing damage and incorret alignment.

作为它核心部件，转子系统运行过程中可能出现不平衡、不对中、轴承损坏。

So long as their balance remains undisturbed, the oxygenated and hydrogen sulfide–saturated waters stay separated, and their interface, known as the chemocline, is stable.

直到达成平衡、不互相干扰，充氧海水与饱和硫化氢海水彼此分隔，而两者间界面「化变层」也是稳定。

In the presence of impurities or in a nonstoichiometric solid, free electrons or electron holes are produced as a result of “charge compensation” to neutralize the effect of charged ionic defects 。

在杂质存在情况下，或在非化学计量体中，为了中和带电离子缺陷所引起电荷不平衡，便会产生自由电子或电子空穴。

As the core component,rotor system may run abnormally,have the failures of unbalance,bearing damage and incorret alignment.

作为它的核心部件，转子系统运行过程中可能出现、对中、轴承损坏等故障。

So long as their balance remains undisturbed, the oxygenated and hydrogen sulfide–saturated waters stay separated, and their interface, known as the chemocline, is stable.

直到达成、互相干扰，充氧的海水与饱和硫化氢的海水彼此分隔，而两者间的界面「化变层」也是稳定的。

In the presence of impurities or in a nonstoichiometric solid, free electrons or electron holes are produced as a result of “charge compensation” to neutralize the effect of charged ionic defects 。

在杂质存在的情况下，或在非化学计量比的固体中，为了中和子缺陷所引起的荷，便会产生自由子或子空穴。

As the core component,rotor system may run abnormally,have the failures of unbalance,bearing damage and incorret alignment.

作为它的核心部件，转子系统运行过程中可能出现不衡、不对中、轴承损坏等故障。

So long as their balance remains undisturbed, the oxygenated and hydrogen sulfide–saturated waters stay separated, and their interface, known as the chemocline, is stable.

直到衡、不互相干扰，充氧的海水与饱和硫氢的海水彼此分隔，而两者间的界面「变层」也是稳定的。

In the presence of impurities or in a nonstoichiometric solid, free electrons or electron holes are produced as a result of “charge compensation” to neutralize the effect of charged ionic defects 。

在杂质存在的情况下，或在计量比的固体中，为了中和带电离子缺陷所引起的电荷不衡，便会产生自由电子或电子空穴。

As the core component,rotor system may run abnormally,have the failures of unbalance,bearing damage and incorret alignment.

作为它核心部件，转子系统运行过能出现不平衡、不对、轴承损坏等故障。

So long as their balance remains undisturbed, the oxygenated and hydrogen sulfide–saturated waters stay separated, and their interface, known as the chemocline, is stable.

直到达成平衡、不互相干扰，充氧海水与饱和硫化氢海水彼此分隔，而两者间界面「化变层」也是稳定。

In the presence of impurities or in a nonstoichiometric solid, free electrons or electron holes are produced as a result of “charge compensation” to neutralize the effect of charged ionic defects 。

在杂质存在情况下，或在非化学计量比固体，为了和带电离子缺陷所电荷不平衡，便会产生自由电子或电子空穴。

As the core component,rotor system may run abnormally,have the failures of unbalance,bearing damage and incorret alignment.

作为它的核心部件，转系统运行过程中可能出现不平衡、不对中、轴承损坏等故障。

So long as their balance remains undisturbed, the oxygenated and hydrogen sulfide–saturated waters stay separated, and their interface, known as the chemocline, is stable.

直到达成平衡、不互相干扰，充氧的海水与饱和硫化氢的海水彼此分隔，而两者间的界面「化变层」也是稳定的。

In the presence of impurities or in a nonstoichiometric solid, free electrons or electron holes are produced as a result of “charge compensation” to neutralize the effect of charged ionic defects 。

在杂质存在的情况下，或在非化学计量比的固体中，为了中和带电离缺陷所引起的电荷不平衡，便会产生自由电或电。

As the core component,rotor system may run abnormally,have the failures of unbalance,bearing damage and incorret alignment.

作为它的件，转子系统运行过程中可能出现不平衡、不对中、轴承损坏等故障。

So long as their balance remains undisturbed, the oxygenated and hydrogen sulfide–saturated waters stay separated, and their interface, known as the chemocline, is stable.

直到达成平衡、不互相干扰，充氧的海水与饱和硫化氢的海水彼此分隔，而两者间的界面「化变层」也是稳定的。

In the presence of impurities or in a nonstoichiometric solid, free electrons or electron holes are produced as a result of “charge compensation” to neutralize the effect of charged ionic defects 。

在杂质存在的情况下，或在非化学计量比的固体中，为了中和带电离子缺陷所引起的电荷不平衡，便会产电子或电子空穴。

As the core component,rotor system may run abnormally,have the failures of unbalance,bearing damage and incorret alignment.

作为它的核心部件，转子系统运行过程中可能出现不平衡、不对中、轴承损坏等故障。

So long as their balance remains undisturbed, the oxygenated and hydrogen sulfide–saturated waters stay separated, and their interface, known as the chemocline, is stable.

直到达成平衡、不互相干扰，充氧的与饱和硫氢的此分隔，而两者间的「变层」也是稳定的。

In the presence of impurities or in a nonstoichiometric solid, free electrons or electron holes are produced as a result of “charge compensation” to neutralize the effect of charged ionic defects 。

在杂质存在的情况下，或在非学计量比的固体中，为了中和带电离子缺陷所引起的电荷不平衡，便会产生自由电子或电子空穴。