皮肤电阻

  • 网络Skin Resistance;electric resistance;galvanic skin resistance;dermal resistance
皮肤电阻皮肤电阻
  1. 目的:探讨穴位经皮给药的皮肤电阻变化与血药浓度之间的相关关系,建立评价穴位药物传输效率的新指标。

    Objective To investigate the correlation of skin electric resistance changes with the blood drug content in acupoint transdermal administration , and to establish an new evaluation index for drug delivery efficiency through acupoints .

  2. 大学生皮肤电阻实验设计与研究

    Design and Research of the Electrical Skin Resistance in College Students

  3. 方法采用HPLCUV法测定血浆中氨茶碱的含量,电阻测定仪测定皮肤电阻。

    Methods HPLC UV method was used to detect the level of aminophylline in the plasm and the electric resistance detecting apparatus was used to measure the electric resistance of the skin in rabbits .

  4. EDSD(皮肤电阻检测仪)是在经络学和现代生物能医学的理论基础上,结合量子医学中的共振原理设计而成。

    Based on the Chinese meridian theory and modern bio-energy medicine , combined the resonance principle in quantum medicine , the EDSD ( Electrodermal Screening Device ) is invented .

  5. 高频及低频皮肤电阻测量仪

    High and low frequency instruments for measuring impedance of skin

  6. 采用单片机的四道皮肤电阻测量仪

    A single chip computer-based four-channel skin resistance measuring device

  7. 443例人体经穴皮肤电阻抗振荡波动现象观察

    Observation on the Phenomenon of the Vibration and Fluctuation of Acupoints ' Skin Electric Impedence in 443 Patients

  8. 方法应用皮肤电阻导电量测定技术及声测经络技术,将导电量较大,声波波幅值较高点确定为经穴点。

    Method The position of acupoints will be located by the measurement of skin resistance and that of sound wave conducting in the Channel .

  9. 实验表明,金属针和激光针的刺激都会显著的降低人体的皮肤电阻。

    The study shows that both sensitive needle acupuncture and feelingless laser stimulation on acupoints can lead to a significant decrease of skin impedance .

  10. 高压脉冲电场下皮肤的电阻:实验结果表明:(1)用对数趋势线拟合可以发现随着脉冲电压初值的增加,经皮等效电阻抗R都减小;

    Resistance of skin in electrical pulse : Results show ; ( 1 ) We obtained that resistance of across epidermis decreased along with initial voltage of pulse increased using logarithm trend line fitting ;

  11. 这是因为皮肤的电阻和刺激器的频率成反比。

    This is due to the resistance of the skin being inversely proportional to the frequency of the stimulation .

  12. 进一步的研究表明,人体皮肤的角质层导电率增加是皮肤电阻降低这一过程中的主要原因。

    Further , it is confirmed that the conductivity of stratum corneum plays an important role in this process .