Radio-frequency capacitive hyperthermia is hard to make tumor necrose thorou ghly,so some combined techniques are often adopted for hepatic cancer therapy.

单纯射频加热很难使肿瘤组织坏死彻底,在肝癌的治疗中多采用射频加热合并其他的治疗方法。

This paper describes the mechanism that multiple reignition of breaker can restrain or increase progressively the switching-overvoltage during switching off inductive or capacitive load.

论述了开关在开断感负载时多次重燃对过压的抑制递升机理。

The capacitive sensor consisted of two mutual insul ating copper and foil electrodes,clinging to the external w all of infusion bottle with two insulating stretch tight balteum.

式液位检测传感器主要由两条相互绝缘的铜箔极构成,由两条绝缘弹锁紧带将带状传感器紧贴在输液瓶外壁,传感器与药液不接触,对药液能不会产生影响。

Radio-frequency capacitive hyperthermia is hard to make tumor necrose thorou ghly,so some combined techniques are often adopted for hepatic cancer therapy.

单纯射频加热很难使肿瘤组织坏死彻底,在肝癌的治疗中多采用射频加热并其他的治疗方法。

This paper describes the mechanism that multiple reignition of breaker can restrain or increase progressively the switching-overvoltage during switching off inductive or capacitive load.

论述了开关在开断或负载时多次重燃对过压的抑制或递升机理。

The capacitive sensor consisted of two mutual insul ating copper and foil electrodes,clinging to the external w all of infusion bottle with two insulating stretch tight balteum.

液位检测器主要由两条相互绝缘的铜箔极构成,由两条绝缘弹锁紧带将带状器紧贴在输液瓶外壁,器与药液不接触,对药液能不会产生影响。

Radio-frequency capacitive hyperthermia is hard to make tumor necrose thorou ghly,so some combined techniques are often adopted for hepatic cancer therapy.

单纯射频容加热很难使肿瘤组织坏死彻底,在肝癌的治疗中多采用射频容加热合并其他的治疗方法。

This paper describes the mechanism that multiple reignition of breaker can restrain or increase progressively the switching-overvoltage during switching off inductive or capacitive load.

论述了开关在开断感或容时多次重燃对过压的抑制或递升机理。

The capacitive sensor consisted of two mutual insul ating copper and foil electrodes,clinging to the external w all of infusion bottle with two insulating stretch tight balteum.

容式液位检测传感器主要由两条相互绝缘的铜箔极构成,由两条绝缘弹锁紧带将带状传感器紧贴在输液瓶外壁,传感器与药液不接触,对药液能不会产生影响。

Radio-frequency capacitive hyperthermia is hard to make tumor necrose thorou ghly,so some combined techniques are often adopted for hepatic cancer therapy.

单纯射频容性加热很难使肿瘤组织坏死彻底,在肝癌的治疗中多采用射频容性加热合并其他的治疗方法。

This paper describes the mechanism that multiple reignition of breaker can restrain or increase progressively the switching-overvoltage during switching off inductive or capacitive load.

论述了开关在开断感性或容性负载时多次重燃对的抑制或递升机理。

The capacitive sensor consisted of two mutual insul ating copper and foil electrodes,clinging to the external w all of infusion bottle with two insulating stretch tight balteum.

容式液位检测传感器主要由两条相互绝缘的铜箔极构成,由两条绝缘弹性锁紧带将带状传感器紧贴在输液瓶外壁,传感器与药液不接触,对药液性能不会产生影响。

Radio-frequency capacitive hyperthermia is hard to make tumor necrose thorou ghly,so some combined techniques are often adopted for hepatic cancer therapy.

单纯射频加热很难使肿瘤组织坏死彻底,在肝癌的治疗中多采用射频加热合并其他的治疗方法。

This paper describes the mechanism that multiple reignition of breaker can restrain or increase progressively the switching-overvoltage during switching off inductive or capacitive load.

论述了开关在开断感或负载时多次重燃对过压的抑制或递升机理。

The capacitive sensor consisted of two mutual insul ating copper and foil electrodes,clinging to the external w all of infusion bottle with two insulating stretch tight balteum.

式液位检测传感主要由两条相互绝缘的铜箔极构成,由两条绝缘弹锁紧带将带状传感紧贴在输液瓶外壁,传感与药液不接触,对药液能不会产生影响。

Radio-frequency capacitive hyperthermia is hard to make tumor necrose thorou ghly,so some combined techniques are often adopted for hepatic cancer therapy.

单纯射频容性加热很难使肿瘤组织坏死彻底,在肝癌的治疗中多采用射频容性加热合并其他的治疗方法。

This paper describes the mechanism that multiple reignition of breaker can restrain or increase progressively the switching-overvoltage during switching off inductive or capacitive load.

论述了开关在开断感性容性负载时多次重燃对过压的抑升机理。

The capacitive sensor consisted of two mutual insul ating copper and foil electrodes,clinging to the external w all of infusion bottle with two insulating stretch tight balteum.

容式液位检测传感器主要由两条相互绝缘的铜箔极构成,由两条绝缘弹性锁紧带将带状传感器紧贴在输液瓶外壁,传感器与药液不接触,对药液性能不会产生影响。

Radio-frequency capacitive hyperthermia is hard to make tumor necrose thorou ghly,so some combined techniques are often adopted for hepatic cancer therapy.

单纯射加热很难使肿瘤组织坏死彻底,在肝癌的治疗中多采用射加热合并其他的治疗方法。

This paper describes the mechanism that multiple reignition of breaker can restrain or increase progressively the switching-overvoltage during switching off inductive or capacitive load.

论述了开关在开断感或负载时多次重燃对过压的抑制或递升机理。

The capacitive sensor consisted of two mutual insul ating copper and foil electrodes,clinging to the external w all of infusion bottle with two insulating stretch tight balteum.

式液位检测传感器主要由两条相互绝缘的铜箔极构成,由两条绝缘弹锁紧带将带状传感器紧贴在输液瓶外壁,传感器与药液不接触,对药液能不会产生影响。

Radio-frequency capacitive hyperthermia is hard to make tumor necrose thorou ghly,so some combined techniques are often adopted for hepatic cancer therapy.

单纯射频容性加热很难使肿瘤组织坏死彻底,在肝癌的治疗中多采用射频容性加热合并其他的治疗方法。

This paper describes the mechanism that multiple reignition of breaker can restrain or increase progressively the switching-overvoltage during switching off inductive or capacitive load.

论述了关在性或容性负载时多次重燃对过压的抑制或递升机理。

The capacitive sensor consisted of two mutual insul ating copper and foil electrodes,clinging to the external w all of infusion bottle with two insulating stretch tight balteum.

容式液位检测传器主要由两条相互绝缘的铜箔极构成,由两条绝缘弹性锁紧带将带状传器紧贴在输液瓶外壁,传器与药液不接触,对药液性能不会产生影响。

Radio-frequency capacitive hyperthermia is hard to make tumor necrose thorou ghly,so some combined techniques are often adopted for hepatic cancer therapy.

单纯射频容很难使肿瘤织坏死彻底,在肝癌的治疗中多采用射频容合并其他的治疗方法。

This paper describes the mechanism that multiple reignition of breaker can restrain or increase progressively the switching-overvoltage during switching off inductive or capacitive load.

论述了开关在开断感或容负载时多次重燃对过的抑制或递升机理。

The capacitive sensor consisted of two mutual insul ating copper and foil electrodes,clinging to the external w all of infusion bottle with two insulating stretch tight balteum.

容式液位检测传感器主要由两条相互绝缘的铜箔极构成,由两条绝缘弹锁紧带将带状传感器紧贴在输液瓶外壁,传感器与药液不接触,对药液能不会产生影响。