求翻译：针对这一现状，本文以高温固相法制备短余辉硅酸锌锰的合成过程为探究对象，探究了过程中会影响硅酸锌锰余辉时间的主要条件：锰含量、灼烧温度、还原温度等。将实验所得数据列表、作图、分析，最后得出以下结论：当锰含量为0.10，灼烧温度为1150℃，还原温度为1100℃时，合成出来的硅酸锌锰的余晖时间为7.4ms，符合短余辉硅酸锌锰的要求，而且晶型良好，粒径较小，是较好的产品。是什么意思？

In response to this situation, the high temperature solid phase method to prepare the synthesis process of the short afterglow silicate zinc-manganese to explore, explore the main conditions of the process will affect the silicate zinc-manganese afterglow time: manganese content, calcination tempera

In response to this situation, this paper provides a high temperature in the legal system more than short-silicate of synthetic zinc manganese process object to explore in the process, and explore the zinc silicate minerals which will affect more than that of the main conditions-time: manganese cont

In response to this situation, this article prepared by high-temperature solid-phase short-persistence study on synthesis process of zinc manganese silicate, explore a affects zinc manganese silicate afterglow during time of key terms: manganese, burning temperature, reducing the temperature. List d