目的观察自拟解毒补气利湿方联合LEEP术治疗慢性宫颈炎并发HVP感染的临床效果。方法选择慢性宫颈炎并发HVP感染患者80例,随机分成研究组和对照组,研究组给予自拟解毒补气利湿方中药剂口服联合LEEP术治疗,对照组予单纯LEEP术治疗,对比组...目的观察自拟解毒补气利湿方联合LEEP术治疗慢性宫颈炎并发HVP感染的临床效果。方法选择慢性宫颈炎并发HVP感染患者80例,随机分成研究组和对照组,研究组给予自拟解毒补气利湿方中药剂口服联合LEEP术治疗,对照组予单纯LEEP术治疗,对比组间疗效、HVP转阴率、炎性因子水平、不良反应率差异。结果研究组总有效率、HVP感染转阴率明显高于对照组,不良反应率明显低于对照组(P均<0.05);2组治疗后30 d IL-6及IL-8水平与治疗后15 d和治疗前比较差异有统计学意义(P均<0.05);治疗后研究组IL-6、IL-8水平均明显高于对照组(P均<0.05)。结论自拟解毒补气利湿方联合LEEP术治疗慢性宫颈炎并发HVP感染,能够明显改善炎症,降低炎性因子水平,提升了HVP感染转阴率,不良反应少,安全性高,整体疗效具有较高的临床使用价值。展开更多
The superconducting tokamak HT-7U [1] has been designed by the Institute of Plasma Physics since 1998 and will be set up before 2003. The 1.2 MW /2.45 GHz HT-7U LHCD (Lower hybrid current drive) system which being the...The superconducting tokamak HT-7U [1] has been designed by the Institute of Plasma Physics since 1998 and will be set up before 2003. The 1.2 MW /2.45 GHz HT-7U LHCD (Lower hybrid current drive) system which being the most efficient non-induction device can heat the plasma and drive the plasma current has been efficiently in operation 'owl and a particular design of the 2.8 MW/-35 kV high-voltage DC power supply has been already completed and will apply to the klystron of LHCD on HT-7 and the future HT-7U, and the project of the power supply has been examined and approved professionally by an authorized group of high-level specialist in the institute of Plasma Physics. The detailed design of the power supply and the simulation results are referred in the paper.展开更多
The paper introduces the -35 kV/200 kW high voltage power supply (HVPS) which is specially used to test klystron units in LHCD system. The new klystrons must be tested under high voltage level before operation and the...The paper introduces the -35 kV/200 kW high voltage power supply (HVPS) which is specially used to test klystron units in LHCD system. The new klystrons must be tested under high voltage level before operation and the old klystrons which have worked for a longtime must be exercised by HVPS in lower hybrid current drive (LHCD) system. As the former HVPS has some shortages in engineering design and operation design, the HVPS has to be modified and rebuilt by adopting new method and technology to solve existing bottle-neck problems.展开更多
文摘目的观察自拟解毒补气利湿方联合LEEP术治疗慢性宫颈炎并发HVP感染的临床效果。方法选择慢性宫颈炎并发HVP感染患者80例,随机分成研究组和对照组,研究组给予自拟解毒补气利湿方中药剂口服联合LEEP术治疗,对照组予单纯LEEP术治疗,对比组间疗效、HVP转阴率、炎性因子水平、不良反应率差异。结果研究组总有效率、HVP感染转阴率明显高于对照组,不良反应率明显低于对照组(P均<0.05);2组治疗后30 d IL-6及IL-8水平与治疗后15 d和治疗前比较差异有统计学意义(P均<0.05);治疗后研究组IL-6、IL-8水平均明显高于对照组(P均<0.05)。结论自拟解毒补气利湿方联合LEEP术治疗慢性宫颈炎并发HVP感染,能够明显改善炎症,降低炎性因子水平,提升了HVP感染转阴率,不良反应少,安全性高,整体疗效具有较高的临床使用价值。
文摘The superconducting tokamak HT-7U [1] has been designed by the Institute of Plasma Physics since 1998 and will be set up before 2003. The 1.2 MW /2.45 GHz HT-7U LHCD (Lower hybrid current drive) system which being the most efficient non-induction device can heat the plasma and drive the plasma current has been efficiently in operation 'owl and a particular design of the 2.8 MW/-35 kV high-voltage DC power supply has been already completed and will apply to the klystron of LHCD on HT-7 and the future HT-7U, and the project of the power supply has been examined and approved professionally by an authorized group of high-level specialist in the institute of Plasma Physics. The detailed design of the power supply and the simulation results are referred in the paper.
基金The project supported by the Meg-Science Engineering Project of Chinese Academy of Sciences
文摘The paper introduces the -35 kV/200 kW high voltage power supply (HVPS) which is specially used to test klystron units in LHCD system. The new klystrons must be tested under high voltage level before operation and the old klystrons which have worked for a longtime must be exercised by HVPS in lower hybrid current drive (LHCD) system. As the former HVPS has some shortages in engineering design and operation design, the HVPS has to be modified and rebuilt by adopting new method and technology to solve existing bottle-neck problems.
