Objective To observe the therapeutic effect of moxibustion in re-treatment patients of pulmouary tuberculosis. Methods Fifty-three cases were randomly divided into an observation group （31 cases） and a control group...Objective To observe the therapeutic effect of moxibustion in re-treatment patients of pulmouary tuberculosis. Methods Fifty-three cases were randomly divided into an observation group （31 cases） and a control group （22 cases）. They were treated with routine chemotherapeutic program of western medicine, garlic-insulated moxibustion on main acupoints, Feishu （肺俞 BL 13）, Gaohuang （膏肓 BL 43）, Shenzhu （身柱 GV 12） was adopted in the observation group. The therapeutic effects were assessed by clinical symptoms and signs, X-ray, CT examination and laboratory indices. Results The focus absorption rate of 87.1%（27/31） in the observation group was better than that （63.6%,14/22） in the control group （P〈0.05）; the rate of bacteria-turned negativity in sputum was 90.5%（19/21）in the observation group which was better than that （56.3%, 9/16） in the control group （P〈0.05）; the observation group in improvement of lassitude, night sweat and cough was superior to the control group （all P〈0.05）. Conclusion Garlic-insulated moxibustion can increase the therapeutic effect for the retreatment patients of pulmonary tuberculosis.展开更多
The study of sulfur hexafluoride(SF6) discharge is vital for its application in gas-insulated equipment. Direct current partial discharge(PD) may cause SF6 decomposition, and the decomposed products of SF6, such as F ...The study of sulfur hexafluoride(SF6) discharge is vital for its application in gas-insulated equipment. Direct current partial discharge(PD) may cause SF6 decomposition, and the decomposed products of SF6, such as F atoms, play a dominant role in the breakdown of insulation systems. In this study, the PD caused by metal protrusion defects is simulated by a needle-plate electrode using pulsed high voltage in SF6/Ar mixtures. The spatial and temporal characteristics of SF6/Ar plasma are analyzed by measuring the emission spectra of F and Ar atoms, which are important for understanding the characteristics of PD. The spatial resolved results show that both F and Ar atom spectral intensities increase first from the plate anode to the needle and then decrease under the conditions of a background pressure of400 Pa, peak voltage of-1000 V, frequency of 2 kHz, pulse width of 60 μs, and electrode gap of 5-9 mm. However, the distribution characteristics of F and Ar are significantly different. The temporal distribution results show that the spectral intensity of Ar decreasesfirst and then increases slowly, while the spectral intensity of F increases slowly for the duration of the pulsed discharge at the electrode gap of 5 mm and the pulse width of40-80 μs.展开更多
文摘Objective To observe the therapeutic effect of moxibustion in re-treatment patients of pulmouary tuberculosis. Methods Fifty-three cases were randomly divided into an observation group （31 cases） and a control group （22 cases）. They were treated with routine chemotherapeutic program of western medicine, garlic-insulated moxibustion on main acupoints, Feishu （肺俞 BL 13）, Gaohuang （膏肓 BL 43）, Shenzhu （身柱 GV 12） was adopted in the observation group. The therapeutic effects were assessed by clinical symptoms and signs, X-ray, CT examination and laboratory indices. Results The focus absorption rate of 87.1%（27/31） in the observation group was better than that （63.6%,14/22） in the control group （P〈0.05）; the rate of bacteria-turned negativity in sputum was 90.5%（19/21）in the observation group which was better than that （56.3%, 9/16） in the control group （P〈0.05）; the observation group in improvement of lassitude, night sweat and cough was superior to the control group （all P〈0.05）. Conclusion Garlic-insulated moxibustion can increase the therapeutic effect for the retreatment patients of pulmonary tuberculosis.
基金supported by National Natural Science Foundation of China (Nos. 11605023, 11805028, and 11705020)the National Key R&D Program of China (No. 2017YFE0301300)+1 种基金the China Postdoctoral Science Foundation (Nos. 2017T100172 and 2016M591423)the Fundamental Research Funds for the Central Universities (Nos. DUT17RC(4)53 and DUT18LK38)
文摘The study of sulfur hexafluoride(SF6) discharge is vital for its application in gas-insulated equipment. Direct current partial discharge(PD) may cause SF6 decomposition, and the decomposed products of SF6, such as F atoms, play a dominant role in the breakdown of insulation systems. In this study, the PD caused by metal protrusion defects is simulated by a needle-plate electrode using pulsed high voltage in SF6/Ar mixtures. The spatial and temporal characteristics of SF6/Ar plasma are analyzed by measuring the emission spectra of F and Ar atoms, which are important for understanding the characteristics of PD. The spatial resolved results show that both F and Ar atom spectral intensities increase first from the plate anode to the needle and then decrease under the conditions of a background pressure of400 Pa, peak voltage of-1000 V, frequency of 2 kHz, pulse width of 60 μs, and electrode gap of 5-9 mm. However, the distribution characteristics of F and Ar are significantly different. The temporal distribution results show that the spectral intensity of Ar decreasesfirst and then increases slowly, while the spectral intensity of F increases slowly for the duration of the pulsed discharge at the electrode gap of 5 mm and the pulse width of40-80 μs.
