An anti-solvent assisted gravimetric method for measuring solubility: a case study of the solubility of D-allulose in water.

Here are source data for our manuscript entitled “Fast and Simple Technology for Measuring Solubility of High Viscosity System”. The solubility data of D-allulose in water/water +ethanol mixture as well as the data obtained by fitting the equation are in the file.
Dataset contents explained:
- An mp4. video file presenting a description of the state of D-allulose dried 10 days in vacuum oven
- Table 1: Mole fraction solubility (x_1) of D-allulose in water by gravimetric method and by 'AAG' method at the temperature range from T= (283.15 to 353.15) K
- Table 2: The calculated values via the modified Apelblat equation
- Table 3: Mole fraction solubility (x_1) of D-allulose in {water (x_2) + ethanol (1- x_2)} binary solvent mixtures from 283.15K to 323.15K and the calculated values via Jouyban-Acree-van’t Hoff equation
- Table 4: The mass of crystals from anti-solvent crystallization by 'AAG' method
- Table 5: Model parameters of the equation for D-allulose in different solvents

以下为本篇论文《快速简便测量高粘度系统溶解度的技术》的原始数据。其中，D-阿洛酮在水/水+乙醇混合物中的溶解度数据，以及通过拟合方程获得的数据均包含在该文件中。
数据集内容说明如下：
- 一份mp4视频文件，展示了D-阿洛酮在真空烘箱中干燥10天的状态描述。
- 表格1：D-阿洛酮在水中的摩尔分数溶解度（x_1），通过重量法及‘AAG’法在温度范围T=（283.15至353.15）K下测定。
- 表格2：通过改进的Apelblat方程计算得到的数值。
- 表格3：D-阿洛酮在{水（x_2）+乙醇（1-x_2）}二元溶剂混合物中从283.15K至323.15K的摩尔分数溶解度（x_1）及其通过Jouyban-Acree-van’t Hoff方程计算得到的数值。
- 表格4：通过‘AAG’法进行的抗溶剂结晶得到的晶体质量。
- 表格5：D-阿洛酮在不同溶剂中的方程模型参数。