It is only device to measure hemodynamic by the Inert Gas Rebreathing method.

唯一应用气体再呼吸法技术检测血流学及学的仪器.

The automobile examination technique experienced a development process near upon semicentennial, developing along with the technical of the electronics and communication continuously.

汽车检测技术经历了半个多世纪的发展历程，并随着电子信息技术的发展而不断发展。

The level of voluntary activation and activation failure at the same angle was estimated by the twitch superimposition technique, using a 1 Hz supramaximal electrical stimulation.

在这些角度，自主徵召及徵召失败的程度，是对股四头肌施以每秒一次的超强电刺激以抽搐上加技术来检测。

It takes the single chip microcomputer AT89C51 as the control nucleus, uses digit controlled current to control running of weighbeam, adopts infrared technology to check the balance of weighbeam.

测量仪以单AT89C51控制核心，使用数控电流源控制秤杆的转，采用红外监控技术检测秤杆的平衡位置。

It is only device to measure hemodynamic by the Inert Gas Rebreathing method.

唯一应用气体再呼吸法检测血动力学及氧动力学的仪器.

The automobile examination technique experienced a development process near upon semicentennial, developing along with the technical of the electronics and communication continuously.

汽车检测经历了半个多世纪的发展历程，并随着子信息的发展而不断发展。

The level of voluntary activation and activation failure at the same angle was estimated by the twitch superimposition technique, using a 1 Hz supramaximal electrical stimulation.

在这些角度，自主徵召及徵召失败的程度，是对股四头肌施以每秒一次的超强刺激以抽搐上加来检测。

It takes the single chip microcomputer AT89C51 as the control nucleus, uses digit controlled current to control running of weighbeam, adopts infrared technology to check the balance of weighbeam.

测量仪以单片机AT89C51为控制核心，使用数控控制秤杆的转动，采用红外监控检测秤杆的平衡位置。

It is only device to measure hemodynamic by the Inert Gas Rebreathing method.

唯一应用气体再呼吸法技术检测血流及氧的仪器.

The automobile examination technique experienced a development process near upon semicentennial, developing along with the technical of the electronics and communication continuously.

汽车检测技术经历了半个多世纪的发展历程，并随着电子信息技术的发展而不断发展。

The level of voluntary activation and activation failure at the same angle was estimated by the twitch superimposition technique, using a 1 Hz supramaximal electrical stimulation.

在这些角度，自主徵召及徵召失败的程度，是对股四头肌施以每秒一次的超强电刺激以抽搐上加技术来检测。

It takes the single chip microcomputer AT89C51 as the control nucleus, uses digit controlled current to control running of weighbeam, adopts infrared technology to check the balance of weighbeam.

测量仪以AT89C51为控制核心，使用数控电流源控制秤杆的转，采用红外监控技术检测秤杆的平衡位置。

It is only device to measure hemodynamic by the Inert Gas Rebreathing method.

唯一应用气体再呼吸法技术检测血流动力学及氧动力学的仪器.

The automobile examination technique experienced a development process near upon semicentennial, developing along with the technical of the electronics and communication continuously.

汽车检测技术经个多世纪的发展程，并随着电子信息技术的发展而不断发展。

The level of voluntary activation and activation failure at the same angle was estimated by the twitch superimposition technique, using a 1 Hz supramaximal electrical stimulation.

在这些角度，自主徵召及徵召失败的程度，是对股四头肌施以每秒一次的超强电刺激以加技术来检测。

It takes the single chip microcomputer AT89C51 as the control nucleus, uses digit controlled current to control running of weighbeam, adopts infrared technology to check the balance of weighbeam.

测量仪以单片机AT89C51为控制核心，使用数控电流源控制秤杆的转动，采用红外监控技术检测秤杆的平衡位置。

It is only device to measure hemodynamic by the Inert Gas Rebreathing method.

唯一应用气体再呼吸法技术检测血流动氧动的仪器.

The automobile examination technique experienced a development process near upon semicentennial, developing along with the technical of the electronics and communication continuously.

汽车检测技术经历了半个多世纪的发展历程，并随着电子信息技术的发展而不断发展。

The level of voluntary activation and activation failure at the same angle was estimated by the twitch superimposition technique, using a 1 Hz supramaximal electrical stimulation.

在这些角度，自主徵召徵召失败的程度，是对股四头肌施以每秒一次的超强电刺激以抽搐上加技术来检测。

It takes the single chip microcomputer AT89C51 as the control nucleus, uses digit controlled current to control running of weighbeam, adopts infrared technology to check the balance of weighbeam.

测量仪以单片机AT89C51为心，使用数电流源秤杆的转动，采用红外监技术检测秤杆的平衡位置。

It is only device to measure hemodynamic by the Inert Gas Rebreathing method.

唯一应用气体再呼吸法技术检测血流动力学及氧动力学仪器.

The automobile examination technique experienced a development process near upon semicentennial, developing along with the technical of the electronics and communication continuously.

汽车检测技术经历了半个多世纪历程，并随着电子信息技术而不断。

The level of voluntary activation and activation failure at the same angle was estimated by the twitch superimposition technique, using a 1 Hz supramaximal electrical stimulation.

在这些角度，自主徵召及徵召失败程度，是对股四头肌施以每秒一次电刺激以抽搐上加技术来检测。

It takes the single chip microcomputer AT89C51 as the control nucleus, uses digit controlled current to control running of weighbeam, adopts infrared technology to check the balance of weighbeam.

测量仪以单片机AT89C51为控制核心，使用数控电流源控制秤杆转动，采用红外监控技术检测秤杆平衡位置。

It is only device to measure hemodynamic by the Inert Gas Rebreathing method.

唯一应用气体再呼吸法技术检测血学及氧学的仪器.

The automobile examination technique experienced a development process near upon semicentennial, developing along with the technical of the electronics and communication continuously.

汽车检测技术经历了半个多世纪的发展历程，并随着电子信息技术的发展而不断发展。

The level of voluntary activation and activation failure at the same angle was estimated by the twitch superimposition technique, using a 1 Hz supramaximal electrical stimulation.

在这些角度，自主徵召及徵召失败的程度，是对股四头肌施以每秒一次的超强电刺激以抽搐上加技术来检测。

It takes the single chip microcomputer AT89C51 as the control nucleus, uses digit controlled current to control running of weighbeam, adopts infrared technology to check the balance of weighbeam.

测量仪以单片机AT89C51为控制，用数控电源控制秤杆的转，采用红外监控技术检测秤杆的平衡位置。

It is only device to measure hemodynamic by the Inert Gas Rebreathing method.

唯一应用气体再呼吸法技术血流动力学及氧动力学的仪器.

The automobile examination technique experienced a development process near upon semicentennial, developing along with the technical of the electronics and communication continuously.

汽车技术经历了半个多世纪的发展历程，并随着电子信息技术的发展而不断发展。

The level of voluntary activation and activation failure at the same angle was estimated by the twitch superimposition technique, using a 1 Hz supramaximal electrical stimulation.

在这些角度，自主徵召及徵召失败的程度，是对股四头肌施以每秒一次的超强电刺激以抽搐上加技术来。

It takes the single chip microcomputer AT89C51 as the control nucleus, uses digit controlled current to control running of weighbeam, adopts infrared technology to check the balance of weighbeam.

量仪以单片机AT89C51为控制核心，使用数控电流源控制杆的转动，采用红外监控技术杆的平衡位置。

It is only device to measure hemodynamic by the Inert Gas Rebreathing method.

唯一应用气体法技术检测血流动力学及氧动力学的仪器.

The automobile examination technique experienced a development process near upon semicentennial, developing along with the technical of the electronics and communication continuously.

汽车检测技术经历了半个多世纪的发展历程，并随着电子信息技术的发展而不断发展。

The level of voluntary activation and activation failure at the same angle was estimated by the twitch superimposition technique, using a 1 Hz supramaximal electrical stimulation.

在这些角度，自主徵召及徵召失败的程度，是对股四头肌施以每秒一次的超强电刺激以抽搐上加技术来检测。

It takes the single chip microcomputer AT89C51 as the control nucleus, uses digit controlled current to control running of weighbeam, adopts infrared technology to check the balance of weighbeam.

测量仪以单片机AT89C51为核心，使用数电流源杆的转动，采用红外监技术检测杆的平衡位置。

It is only device to measure hemodynamic by the Inert Gas Rebreathing method.

唯一应用气体再呼吸法技术检测血流动力学及氧动力学的仪器.

The automobile examination technique experienced a development process near upon semicentennial, developing along with the technical of the electronics and communication continuously.

汽车检测技术经历了半个多世纪的历程，并随着电子信息技术的而不。

The level of voluntary activation and activation failure at the same angle was estimated by the twitch superimposition technique, using a 1 Hz supramaximal electrical stimulation.

在这些角度，自主及败的程度，是对股四头肌施以每秒一次的超强电刺激以抽搐上加技术来检测。

It takes the single chip microcomputer AT89C51 as the control nucleus, uses digit controlled current to control running of weighbeam, adopts infrared technology to check the balance of weighbeam.

测量仪以单片机AT89C51为控制核心，使用数控电流源控制秤杆的转动，采用红外监控技术检测秤杆的平衡位置。