In this paper the self-regeneration process of the mixed resins consisting of cationand anion ion exchangers in the electrolialyser of the packed bed is analyzed and anelectric regeneration method is put forward to su...In this paper the self-regeneration process of the mixed resins consisting of cationand anion ion exchangers in the electrolialyser of the packed bed is analyzed and anelectric regeneration method is put forward to supply the desalinated water by mixedbed The electric regeneration technology is a new one used for regeneration of theexhausted ion exchangers in the mixed bed instead of the traditional regeneratingprocess by using acid and abc liquor Electric energy is consumed to regenerat theion exchangers loaded by salts from water treatment without any chemicals- acid alkali. The advantage of the electric regeneration process edibited convenientoperation, no discharge any waste, and therefore no Polluted to the recehang waterbode and the environmental ground展开更多
The exchange bias （EB） has been investigated in magnetic materials with the ferromagnetic （FM）/antiferromagnetic （AFM） contacting interfaces for more than half a century. To date, the significant progress has be...The exchange bias （EB） has been investigated in magnetic materials with the ferromagnetic （FM）/antiferromagnetic （AFM） contacting interfaces for more than half a century. To date, the significant progress has been made in the layered magnetic FM/AFM thin film systems. EB mechanisms have shown substantive research advances. Here some of the new advances are introduced and discussed with the emphasis on the influence of AFlVl layer, the interlayer EB coupling across nonmagnetic spacer, and the interlayer coupling across AFlVl layer, as well as EB related to multiferrioc materials and electrical control.展开更多
文摘In this paper the self-regeneration process of the mixed resins consisting of cationand anion ion exchangers in the electrolialyser of the packed bed is analyzed and anelectric regeneration method is put forward to supply the desalinated water by mixedbed The electric regeneration technology is a new one used for regeneration of theexhausted ion exchangers in the mixed bed instead of the traditional regeneratingprocess by using acid and abc liquor Electric energy is consumed to regenerat theion exchangers loaded by salts from water treatment without any chemicals- acid alkali. The advantage of the electric regeneration process edibited convenientoperation, no discharge any waste, and therefore no Polluted to the recehang waterbode and the environmental ground
基金supported by China National Funds for Distinguished Young Scientists (Grant No. 51025103)the National Basic Research Program of China (Grant Nos. 50872118 and 58021001)
文摘The exchange bias （EB） has been investigated in magnetic materials with the ferromagnetic （FM）/antiferromagnetic （AFM） contacting interfaces for more than half a century. To date, the significant progress has been made in the layered magnetic FM/AFM thin film systems. EB mechanisms have shown substantive research advances. Here some of the new advances are introduced and discussed with the emphasis on the influence of AFlVl layer, the interlayer EB coupling across nonmagnetic spacer, and the interlayer coupling across AFlVl layer, as well as EB related to multiferrioc materials and electrical control.
