Objective:To study the therapeutic effect of Shangjinbitong Powder(伤筋痹痛散)on improving acupoint plaster,in order to provide some scientific basis for clinical use.Methods:This project was carried out from June 202...Objective:To study the therapeutic effect of Shangjinbitong Powder(伤筋痹痛散)on improving acupoint plaster,in order to provide some scientific basis for clinical use.Methods:This project was carried out from June 2020 to January 2021,30 patients with low back pain in the outpatient department of orthopedics and traumatology in our hospital and 30 patients with low back pain in the rehabilitation department of Fuping County Hospital of Traditional Chinese Medicine were selected as the research objects.Patients with low back pain in our hospital were treated with Shangjinbitong Powder as the control group,and patients in rehabilitation department of Fuping County Hospital of Traditional Chinese Medicine as the research group were treated with acupoint plaster improved by Shangjinbitong Powder.After one week of treatment,the effective rates of the two groups were compared.Results:The effective rate of treatment in the study group was significantly higher than that in the control group(P<0.05).There were no adverse reactions such as infection,scald and bleeding in the study group and the control group during the treatment.Conclusion:Shangjinbitong Powder improved acupoint plaster has good curative effect,convenient use,certain safety and clinical popularization value.展开更多
The influence of heat treatment with different cooling rates on phase transition behaviors and magnetocaloric effect is systematically studied.Difference in atomic order is induced by changing cooling rates,where orde...The influence of heat treatment with different cooling rates on phase transition behaviors and magnetocaloric effect is systematically studied.Difference in atomic order is induced by changing cooling rates,where ordered phase is obtained in the furnace cooled（FC）sample while disordered phase is reserved in the water quenched（WQ）sample.The coupled magneto-structural transition is detected in both samples but the characteristic temperature significantly shifts to lower temperatures with increasing atomic order.Giant magnetic entropy change（ΔS_（mag））derived from magnetic field induced martensitic transformation is confirmed for both samples,and can be remarkably enhanced by the atomic ordering.The largestΔS_（mag） of 20.9J/（kg·K）is obtained at 307.5Kunder 5Tin the FC sample.展开更多
文摘Objective:To study the therapeutic effect of Shangjinbitong Powder(伤筋痹痛散)on improving acupoint plaster,in order to provide some scientific basis for clinical use.Methods:This project was carried out from June 2020 to January 2021,30 patients with low back pain in the outpatient department of orthopedics and traumatology in our hospital and 30 patients with low back pain in the rehabilitation department of Fuping County Hospital of Traditional Chinese Medicine were selected as the research objects.Patients with low back pain in our hospital were treated with Shangjinbitong Powder as the control group,and patients in rehabilitation department of Fuping County Hospital of Traditional Chinese Medicine as the research group were treated with acupoint plaster improved by Shangjinbitong Powder.After one week of treatment,the effective rates of the two groups were compared.Results:The effective rate of treatment in the study group was significantly higher than that in the control group(P<0.05).There were no adverse reactions such as infection,scald and bleeding in the study group and the control group during the treatment.Conclusion:Shangjinbitong Powder improved acupoint plaster has good curative effect,convenient use,certain safety and clinical popularization value.
基金supported by the National Natural Science Foundations of China(Grant Nos.51331001, 51520105002,51601008,and 51601007)the Fundamental Research Funds for Central Universities
文摘The influence of heat treatment with different cooling rates on phase transition behaviors and magnetocaloric effect is systematically studied.Difference in atomic order is induced by changing cooling rates,where ordered phase is obtained in the furnace cooled（FC）sample while disordered phase is reserved in the water quenched（WQ）sample.The coupled magneto-structural transition is detected in both samples but the characteristic temperature significantly shifts to lower temperatures with increasing atomic order.Giant magnetic entropy change（ΔS_（mag））derived from magnetic field induced martensitic transformation is confirmed for both samples,and can be remarkably enhanced by the atomic ordering.The largestΔS_（mag） of 20.9J/（kg·K）is obtained at 307.5Kunder 5Tin the FC sample.
