在实际应用中，电子轨道衡称重计量准确性也会受到环境条件影响。
The accuracy of electronic track scales can also suffer the influence of environmental condition in practical.
将吸附速率方程、吸附等温方程与物料衡算相结合预测了其他条件下的穿透曲线。
The breakthrough curve inside the bed under another operation is predicted by the adsorption rate equation, the adsorption isotherm equation and the material balance equation.
结果表明，在约束条件下，该数学模型具有较好的适用性，其衡算结果与实验结果相吻合。
The results showed that the mathematical model had fairly good applicability under fixed conditions, and the calculated results was coincident with the experimental data.
因此，对衡重式挡土墙的设计进行优化，得到满足各种条件的全局最优解，就显得比较重要。
Therefore, optimizing weight retaining wall design to meet the global optimal solution becomes more important.
因此，对衡重式挡土墙的设计进行优化，得到满足各种条件的全局最优解，就显得比较重要。
Therefore, optimizing weight retaining wall design to meet the global optimal solution becomes more important.
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