Erbium-doped superfluorescent fiber sources (SFS) pumped near 980nm in double-pass backward (DPB) configuration have been characterized through theoretical simulation.

理论研究了双程后向结构掺铒纤超荧特性。

Result SFS oral liquid can restrain the movement of mouse, cooperate with soluble pentobarbitone, resist to strychnine nitrate.The more dosage the more effect.

结果SFS口服液能抑制小自发活动,对小睡眠影响与戊巴比妥钠有协同作用,有对士宁导致惊厥发作作用,且剂量越大,作用越明显。

Erbium ions concentration is obtained by the information of measured coefficients along with modeling of double-pass backward (DPB) superfluorescent fiber source (SFS).

再利用这些系数和复行后向超萤纤模拟，得到掺铒纤浓度。

Erbium-doped superfluorescent fiber sources (SFS) pumped near 980nm in double-pass backward (DPB) configuration have been characterized through theoretical simulation.

理论研究了双程后掺铒光纤超荧光光源特性。

Result SFS oral liquid can restrain the movement of mouse, cooperate with soluble pentobarbitone, resist to strychnine nitrate.The more dosage the more effect.

果SFS口服液能抑制小自活动,对小睡眠影响与戊巴比妥钠有协同用,有对抗硝酸士宁导致惊厥用,且剂量越大,用越明显。

Erbium ions concentration is obtained by the information of measured coefficients along with modeling of double-pass backward (DPB) superfluorescent fiber source (SFS).

再利用这些系数和复行后超萤光光纤光源模拟，得到掺铒光纤浓度。

Erbium-doped superfluorescent fiber sources (SFS) pumped near 980nm in double-pass backward (DPB) configuration have been characterized through theoretical simulation.

理论研究了双程后向结构铒光纤超荧光光源的特性。

Result SFS oral liquid can restrain the movement of mouse, cooperate with soluble pentobarbitone, resist to strychnine nitrate.The more dosage the more effect.

结果SFS口服液能抑制小自发活动,对小睡眠的影响与戊巴比妥钠有同作用,有对抗硝酸士的宁导致惊厥发作的作用,且剂量越大,作用越明显。

Erbium ions concentration is obtained by the information of measured coefficients along with modeling of double-pass backward (DPB) superfluorescent fiber source (SFS).

再利用这些系数和复行后向超萤光光纤光源的模拟，铒光纤的浓度。

Erbium-doped superfluorescent fiber sources (SFS) pumped near 980nm in double-pass backward (DPB) configuration have been characterized through theoretical simulation.

理论研究了双程后向结构掺铒纤超荧的特性。

Result SFS oral liquid can restrain the movement of mouse, cooperate with soluble pentobarbitone, resist to strychnine nitrate.The more dosage the more effect.

结果SFS口服液能抑制小自发活动,对小睡眠的影响与戊巴比妥钠有协同作用,有对抗硝酸士的宁导致惊厥发作的作用,且剂量越大,作用越明显。

Erbium ions concentration is obtained by the information of measured coefficients along with modeling of double-pass backward (DPB) superfluorescent fiber source (SFS).

再利用这些系数和复行后向超纤的模拟，得到掺铒纤的浓度。

Erbium-doped superfluorescent fiber sources (SFS) pumped near 980nm in double-pass backward (DPB) configuration have been characterized through theoretical simulation.

理论研究了双程后向结构掺铒光纤超荧光光源的特性。

Result SFS oral liquid can restrain the movement of mouse, cooperate with soluble pentobarbitone, resist to strychnine nitrate.The more dosage the more effect.

结果SFS口服液能抑制小自发活动,对小睡眠的影响与戊巴比妥钠有协同作用,有对抗硝酸士的宁导致惊厥发作的作用,且剂量越大,作用越明显。

Erbium ions concentration is obtained by the information of measured coefficients along with modeling of double-pass backward (DPB) superfluorescent fiber source (SFS).

再利用这些系行后向超萤光光纤光源的模拟，得到掺铒光纤的浓度。

Erbium-doped superfluorescent fiber sources (SFS) pumped near 980nm in double-pass backward (DPB) configuration have been characterized through theoretical simulation.

理论研究了双程后向结构掺铒超荧源特性。

Result SFS oral liquid can restrain the movement of mouse, cooperate with soluble pentobarbitone, resist to strychnine nitrate.The more dosage the more effect.

结果SFS口服液能抑制小自发活动,对小睡眠影响与戊巴比妥钠有协同作用,有对抗硝酸士宁导致惊厥发作作用,且剂量越大,作用越明显。

Erbium ions concentration is obtained by the information of measured coefficients along with modeling of double-pass backward (DPB) superfluorescent fiber source (SFS).

再利用这些系数和复行后向超萤源模拟，得到掺铒浓度。

Erbium-doped superfluorescent fiber sources (SFS) pumped near 980nm in double-pass backward (DPB) configuration have been characterized through theoretical simulation.

理论研究了双程后向结构掺铒光纤超荧光光源的特性。

Result SFS oral liquid can restrain the movement of mouse, cooperate with soluble pentobarbitone, resist to strychnine nitrate.The more dosage the more effect.

结果SFS口服制小自发活动,对小睡眠的影响与戊巴比有协同作用,有对抗硝酸士的宁导致惊厥发作的作用,且剂量越大,作用越明显。

Erbium ions concentration is obtained by the information of measured coefficients along with modeling of double-pass backward (DPB) superfluorescent fiber source (SFS).

再利用这些系数和复行后向超萤光光纤光源的模拟，得到掺铒光纤的浓度。

Erbium-doped superfluorescent fiber sources (SFS) pumped near 980nm in double-pass backward (DPB) configuration have been characterized through theoretical simulation.

理论研究了双程后掺铒光纤超荧光光源特性。

Result SFS oral liquid can restrain the movement of mouse, cooperate with soluble pentobarbitone, resist to strychnine nitrate.The more dosage the more effect.

果SFS口服液能抑制小自活动,对小睡眠影响与戊巴比妥钠有协同用,有对抗硝酸士宁导致惊厥用,且剂量越大,用越明显。

Erbium ions concentration is obtained by the information of measured coefficients along with modeling of double-pass backward (DPB) superfluorescent fiber source (SFS).

再利用这些系数和复行后超萤光光纤光源模拟，得到掺铒光纤浓度。

Erbium-doped superfluorescent fiber sources (SFS) pumped near 980nm in double-pass backward (DPB) configuration have been characterized through theoretical simulation.

理论研究了双程后向结构掺铒超荧源的特性。

Result SFS oral liquid can restrain the movement of mouse, cooperate with soluble pentobarbitone, resist to strychnine nitrate.The more dosage the more effect.

结果SFS口服液能抑制小自发活动,对小睡眠的影响与戊巴比妥钠有协同作用,有对抗硝酸士的宁导致惊厥发作的作用,且剂量越大,作用越明显。

Erbium ions concentration is obtained by the information of measured coefficients along with modeling of double-pass backward (DPB) superfluorescent fiber source (SFS).

再利用这些系数和复行后向超萤源的模拟，得到掺铒的浓度。

Erbium-doped superfluorescent fiber sources (SFS) pumped near 980nm in double-pass backward (DPB) configuration have been characterized through theoretical simulation.

理论研究了双结构掺铒光纤超荧光光源特性。

Result SFS oral liquid can restrain the movement of mouse, cooperate with soluble pentobarbitone, resist to strychnine nitrate.The more dosage the more effect.

结果SFS口服液能抑制小自发活动,对小睡眠影响与戊巴比妥钠有协同,有对抗硝酸士宁导致惊厥发,且剂量越大,越明显。

Erbium ions concentration is obtained by the information of measured coefficients along with modeling of double-pass backward (DPB) superfluorescent fiber source (SFS).

再利这些系数和复行超萤光光纤光源模拟，得到掺铒光纤浓度。