锂铝硅微晶玻璃X荧光锰元素强度数据
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锂铝硅微晶玻璃X荧光锰元素强度数据来自康尔省级企业研究院，使用国际一流的X射线荧光仪采集，设备为日本理学Riguka SZX Primus IV，主要用于计算样品中锰元素含量，对锂铝硅微晶玻璃生产配方监测具有重大意义。锂铝硅微晶玻璃是高档难熔特种玻璃，具有近20种元素，每一种引入的元素可对应多种原材料，每个原材料来自多个不同供应商，可能存在成分波动情况。锂铝硅微晶玻璃的成分决定了玻璃熔化情况、析晶性能、质量水平、生产稳定性等各方面。本数据可以监测产出的玻璃组分中锰元素含量是否偏离设计的组分，以尽早介入异常情况控制流程。锂铝硅微晶玻璃X荧光锰元素强度数据采集自康尔微晶省级企业研究院，主要用于计算产品的实时锰元素含量，以尽早介入异常情况控制流程。数据使用流程如下：1.样品制备。将锂铝硅微晶玻璃磨成200目以下粉末。2.按设定比例稀释并制成熔片。3.按设定参数进行锰强度检测，得到锰强度值。4.根据仪器预设的拟合回归方程，算的该强度对应的锰元素含量。
The X-ray fluorescence (XRF) manganese intensity data of Li-Al-Si glass-ceramics were collected at Kanger Provincial Enterprise Research Institute, using a world-class X-ray fluorescence spectrometer, the Riguka SZX Primus IV manufactured by Japan's Rigaku Corporation. This data is primarily used to calculate the manganese content in samples, and is of great significance for the monitoring of production formulations of Li-Al-Si glass-ceramics. Li-Al-Si glass-ceramics are high-grade refractory specialty glasses containing nearly 20 elements. Each introduced element can correspond to multiple raw materials, and each raw material originates from multiple different suppliers, potentially leading to compositional fluctuations. The composition of Li-Al-Si glass-ceramics determines various key aspects including glass melting behavior, crystallization performance, product quality, and production stability. This dataset can monitor whether the manganese content in the produced glass composition deviates from the designed formulation, enabling early intervention in the abnormal situation control process. The XRF manganese intensity data of Li-Al-Si glass-ceramics were collected at Kanger Glass-Ceramics Provincial Enterprise Research Institute, and is mainly used to calculate the real-time manganese content of products to facilitate early intervention in abnormal situation control procedures. The data usage workflow is as follows: 1. Sample preparation: Grind Li-Al-Si glass-ceramics into powder with a particle size below 200 mesh. 2. Dilute according to the preset proportion and prepare fused tablets. 3. Detect the manganese intensity per the set parameters to obtain the manganese intensity value. 4. Calculate the manganese content corresponding to the detected intensity based on the fitted regression equation pre-set by the instrument.
