制备氧化钙最佳温度和压力预测模型数据
收藏资源简介：
将采集的数据使用多特征量线性回归算法模型以预测制备氧化钙的最佳温度和最佳压力。通过建立python用回归模型，该模型通过输入一次粒径、杂质元素含量、最佳pH计以及测量6个PH计时对应和温度和压力值等数据，从而能够为制备氧化钙预测出最佳的反应温度和压力。将采集的数据使用多特征量线性回归算法模型以预测制备氧化钙的最佳温度和最佳压力。通过建立python用二元回归模型，二元回归模型分析是一种重要的统计分析方法，用于探索俩个自变量和一个因变量之间的关系，该模型通过输入测量的6个PH计时对应和温度和压力值等数据，从而可根据模型公式反推根据因变量变化的变化，根据极大似然法取概率分布最大的俩个自变量值，从而能够为制备氧化钙预测出最佳的反应温度和压力。
Collected data are employed with multiple-feature linear regression models to predict the optimal temperature and pressure for calcium oxide preparation. Firstly, a Python-built regression model is developed, which accepts input data such as primary particle size, impurity element content, optimal pH value, and the corresponding temperature and pressure values measured at 6 pH points, to forecast the optimal reaction temperature and pressure for calcium oxide preparation. Additionally, a Python-based two-variable linear regression model is constructed. As an important statistical analysis method, two-variable linear regression is used to explore the relationship between two independent variables and one dependent variable. This model only requires inputting the corresponding temperature and pressure values measured at the 6 pH points. Reverse inference can be conducted via the model formula to derive the variation trend of independent variables with changes in the dependent variable. Then, the two independent variable values corresponding to the maximum probability distribution are selected through maximum likelihood estimation, thereby enabling the prediction of the optimal reaction temperature and pressure for calcium oxide preparation.
数据集概述
数据集名称
浙江省数据知识产权登记平台
数据集描述
浙江省数据知识产权登记平台是由浙江知识产权研究与服务中心推出的区块链数据知识产权登记系统。该平台支持数据知识产权登记、知识产权证书申请、原创作品登记确权、维权服务申请、维权证据出具、知识产权转让等多种场景。通过区块链技术，从登记、确权、维权、交易等多维度为创作者的知识产权提供保障。
关键词
- 区块链
- 知识产权
- 数据存证
- 知识产权存证
- 知识产权研究与服务中心
- 数据知识产权登记
- 浙江省数据知识产权登记平台
