1) Optimal solids loading
最佳粉末配比
3) the best ratio
最佳配比
1.
,using orthogonal experiments,we can get the best ratio of its components of the surface mortar,which can improve heat preservation,heat insulation performances,and economize the energy.
与传统的配制方案不同 ,从吸水率、抗压强度、孔隙率等因素出发 ,利用正交试验原理 ,得出了页岩陶砂保温抹面砂浆最佳配比方案。
2.
5 (the level of over-fertilization), plus zinc sulfate treatment, calculated by the regression equation analysis to identify high,medium, low-level production structure in different fields of nitrogen, phosphorus and potassium the best ratio of performance to maximize production.
5(过量施肥水平),另加硫酸锌处理,经回归方程计算分析,找出高中低水平田不同产量结构氮、磷、钾的最佳配比,获得最大产量效能。
4) optimum proportion
最佳配比
1.
The optimum proportion was 0.
依据D饱和最优回归设计原理对苯磺隆、绿麦隆混用最佳配比及使用技术进行了研究。
2.
In this paper, we work out a forecast equation for aim-yield of rice, an equal-product-curve equation under different application rates of N and K2O, and the optimum proportion equation for N and K2O.
求导了水稻目标产量的预测方程，不同氮钾施用水平的等产方程，以及氮钾最佳配比方程。
3.
The results showed that the optimum proportions of compound phosphates(sodium hexametaphosphate:sodium polyphosphate:sodium pyrophosphate) are 20:28:13 for the minimum cooking loss and 10:30:19 for the maximum yield of sausage,respectively.
结果表明:蒸煮损失最小时复合磷酸盐(六偏磷酸钠:多聚磷酸钠:焦磷酸钠)的最佳配比为20:28:13,灌肠成品率最大但不考虑其感官指标时三者比例为10:30:19;灌肠感官评定最好时多聚磷酸钠:焦磷酸钠为1:1;灌肠成品率最大且其感官评定最好时三者比例为为10:30:11;蒸煮损失最小,灌肠成品率最大且其感官评定最好时三者比例为10:30:17。
5) optimum composition
最佳配比
1.
The optimum compositions of several refrigerant mixtures as substitutes of R22 are obtained,and comparisons with other available substitutes are made.
在不同初值情况下得到了几种可以替代R22的混合工质的最佳配比,并与已有的热泵替代混合物进行了比较。
2.
However there are different thermodynamic performances of J-T cryocooler using mixtures withsame components but different compositions, so there must be an optimum composition for mixture with givencomponents.
以热力学完善度为目标函数，采用复合形优化算法，设计了一套混合物最佳配比优化计算程序。
6) optimum mixture ratio
最佳配比
1.
Besides,orthogonal test is performed to determine the optimum mixture ratio for production of ceramic tile.
结果表明:飞灰主要矿物成分是硅酸盐及铝硅酸盐,可用作饰面砖的原材料;飞灰的掺加量对饰面砖表观质量起决定性影响,最佳配比方案为飞灰20%,米黄泥60%,耐火砂10%,长石10%。
2.
Besides,an orthogonal test was performed to determine the optimum mixture ratio for production of ceramic brick.
结果表明:飞灰主要矿物成分是硅酸盐及铝硅酸盐,可用作陶瓷砖的原材料;飞灰的掺加量对陶瓷砖表观质量起决定性影响,最佳配比方案为飞灰25%,黄陶土55%,缸砂10%,文石10%;最佳配比制品浸出毒性均达标。
补充资料：调和设备——配比器
调和设备——配比器     | ||
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说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条