1) controlled source induced polarization
人工场激电
1.
To meet the needs of electromagnetic method,which is used for large depth and multi-parameter survey in perdu resources exploration,audio magnetotelluric method(AMT) and it's feature of larger depth,controlled source induced polarization(IP) and it's multi-parameter feature are both utilized.
针对地下隐伏资源勘查对大深度、多参量电磁法技术的发展要求,利用天然场音频大地电磁的大深度探测及人工场激电法的多参量探测,在对分布式的场量接收和大功率的发射仪器硬件研制,以及数据处理资料解释研究基础上,成功研制了阵列天然场电磁法探测技术及混场源电磁法探测技术系统。
2) artificial field method instrument
人工电场法仪器
3) Artificial Field and Arcing-temperature field
人工电磁场和温度场
4) electric field stimulation
电场刺激
1.
Methods Isometric contractile responses to drugs or electric field stimulation in the rabbit isolated dorsal and ventral detrusor strips were recorded.
电场刺激诱发兔背侧和腹侧膀胱逼尿肌产生稳定的收缩反应,该收缩反应被0·3μmol·L-1浓度的河豚毒素完全阻断。
2.
The aim of this study is to investigate the effect of isosorbide-5-mononitrate(ISMN) on the electric field stimulation induced sympathetic purinergic vasoconstriction of the rabbit saphenous arterial rings.
采用兔离体隐动脉血管环张力实验及电场刺激诱发交感嘌呤能血管收缩实验,观察5-单硝酸异山梨酯(isosorbide-5-mononitrate,ISMN)对交感嘌呤能缩血管反应的作用,并分析其作用机制。
3.
In this study,we observed the isometric vasoconstrictive responses of the rabbit isolated arterial rings to electric field stimulation and noradrenaline(NA)to study the effects of R-doxazosin(R-DOX)and S-doxazosin(S-DOX)on the α_1-adrenoceptor-regulated vasoconstrictive responses in the rabbit isol.
本研究采用兔离体动脉环张力实验及电场刺激兔离体隐动脉诱发交感嘌呤能血管收缩实验观察R-多沙唑嗪(R-doxazosin,R-DOX)和S-多沙唑嗪(S-doxazosin,S-DOX)对兔耳动脉、肠系膜动脉和肺动脉血管平滑肌α1受体的作用,以及较高浓度R-DOX和S-DOX对兔隐动脉交感神经突触前膜α2受体的作用。
5) Electrical field stimulation
电场刺激
1.
It was indicatedthat electrical field stimulation(EFS,30mA,0.
本实验应用离体温育大鼠垂体前叶组织块结合电场刺激及放射免疫测定方法，观察了垂体前叶内的神经纤维兴奋对促肾上腺皮质激素（ＡＣＴＨ）分泌的影响以及其它因素的作用。
6) inspriting electric filed
激励电场
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