首页> 外国专利> Method for stabilization of the higher charge state (n+1)+ of lanthanide ion (RE) in the arrangement of inorganic matrix - REsupn+/sup /REsup(n+1)+/sup in the reduction conditions in order to obtain a liminophore and the method to control the lanthanide ion concentration (RE) at the given degree of oxidation (n+1)+ or n+ in the arrangement of inorganic matrix- REsupn+/sup/REsup(n+1)+/sup in luminophore

Method for stabilization of the higher charge state (n+1)+ of lanthanide ion (RE) in the arrangement of inorganic matrix - REsupn+/sup /REsup(n+1)+/sup in the reduction conditions in order to obtain a liminophore and the method to control the lanthanide ion concentration (RE) at the given degree of oxidation (n+1)+ or n+ in the arrangement of inorganic matrix- REsupn+/sup/REsup(n+1)+/sup in luminophore

机译:在无机基质-RE n + / RE (n + 1)+ / RE (n + 1)+

摘要

the invention discloses the development new way stabilisation of the higher ion lantanowca cargo, in order to obtain luminoforu and new way to control ion concentration lantanowca in luminoforze and stabilisation of the higher loading (n + 1) + ion lantanowca (re) in the uk order matrix inorganic - ren + / re (n + 1) + in the conditions of reduction, which is characterized by thethat is domieszkowanie matrix luminoforu in subnet anion ions of lower than jon forming the network load, by what makes up the overpressure relief negatively, higher freight lantanowca ion stabilising state.control of ion concentration lantanowca (re) at the appropriate extent oxidation in the inorganic matrix - ren + / re (n + 1) + is that the control of lantanowca expressed by [ren +] / [re (n + 1) +] is achieved by control of dopant stabilising matry development stage before products or luminoforu in subnet anion.
机译:本发明公开了开发更高离子的兰塔诺卡货物稳定的新方法,以便获得发光素,并控制了发光粉中离子浓度的兰塔诺卡和稳定英国的高载荷(n + 1)+离子兰塔诺卡(re)的新方法。还原条件下的无机无机基序-ren + / re(n + 1)+,其特征在于子网内阴离子的离子数低于jon,形成网络负载,由domieszkowanie矩阵luminoforu构成超压释放量负面地,较高的货运兰塔诺卡离子稳定状态。在适当范围内控制无机基质中的离子浓度兰塔诺卡(re)-ren + / re(n + 1)+是通过[ren +]表示的兰塔诺卡控制 / [re(n + 1)+]是通过控制子网阴离子中的产品或发光胺之前的稳定掺杂剂的成熟阶段来实现的。

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