介绍防护材料静电衰减性能测试仪的研制要点及使用效果。阐述了防护材料静电衰减性能测试仪的测试原理,采用可精确控制稳压的±5 k V高压直流电源给试样加压,采用非接触的旋叶式静电检测传感器对加压后试样的静电衰减性能进行实时监...介绍防护材料静电衰减性能测试仪的研制要点及使用效果。阐述了防护材料静电衰减性能测试仪的测试原理,采用可精确控制稳压的±5 k V高压直流电源给试样加压,采用非接触的旋叶式静电检测传感器对加压后试样的静电衰减性能进行实时监测,并研制了静电电荷衰减性能测试仪校准装置从而获得较高的校准准确度,使得研制出的防护材料静电衰减性能测试仪测试结果准确,稳定性好。认为该仪器能够正确评价单层均匀防护材料的静电衰减性能。展开更多
The author review results on LENR （low-energy nuclear reaction） processes in the cathodes of a high current glow discharge and a HVEC （high-voltage electrolysis cell）. The cathodes used in the experiments were mad...The author review results on LENR （low-energy nuclear reaction） processes in the cathodes of a high current glow discharge and a HVEC （high-voltage electrolysis cell）. The cathodes used in the experiments were made of Ni foil, Pd foil, Pd coated Re and solid-state nanostructured Pd. Up to 300 W of excess heat power, with a power gain up to 340%, was observed in experiments using a high-voltage electrolysis cell. Based on these experimental results, we propose a phenomenological model for LENR.展开更多
文摘介绍防护材料静电衰减性能测试仪的研制要点及使用效果。阐述了防护材料静电衰减性能测试仪的测试原理,采用可精确控制稳压的±5 k V高压直流电源给试样加压,采用非接触的旋叶式静电检测传感器对加压后试样的静电衰减性能进行实时监测,并研制了静电电荷衰减性能测试仪校准装置从而获得较高的校准准确度,使得研制出的防护材料静电衰减性能测试仪测试结果准确,稳定性好。认为该仪器能够正确评价单层均匀防护材料的静电衰减性能。
文摘The author review results on LENR （low-energy nuclear reaction） processes in the cathodes of a high current glow discharge and a HVEC （high-voltage electrolysis cell）. The cathodes used in the experiments were made of Ni foil, Pd foil, Pd coated Re and solid-state nanostructured Pd. Up to 300 W of excess heat power, with a power gain up to 340%, was observed in experiments using a high-voltage electrolysis cell. Based on these experimental results, we propose a phenomenological model for LENR.
