1) Crude ash
粗灰分
1.
Comparison of near infrared spectroscopy and traditional technique in measuring crude protein and crude ash of flour;
近红外线光谱分析与传统方法检测面粉中粗蛋白和粗灰分的比较
2.
1,to study their contents of crude protein,crude fiber and crude ash under the different salt stresses.
采用完全随机设计,研究了NaCl浓度对紫花苜蓿重要品质性状粗蛋白、粗纤维、粗灰分的影响。
3.
The content of crude ash,phosphorus(P) and crude protein were detected by the method of the Chinese national standard GB/T6438-1992,GB/T6437-1992 and GB/T6432-1994 separately,calcium(Ca) by atomic absorption,and amino acid by PI-CO-TAG.
42%、粗灰分为25。
2) ash of coarse concentrate slime
粗精煤泥灰分
3) crude ash removal rate
粗灰分去除率
1.
Taking FennelleafPondweed of Lake Wuliangsuhai as a research case in order to get rid of crude ash attached on the surface of submerged vegetation and find out the best technology parameters for crude ash removal rate, crude ash removal orthogonal experiments were carried out for different moisture contents.
为了去除水草表面的粗灰分,找出影响水草的粗灰分去除率的最佳工艺参数,以内蒙古乌梁素海龙须眼子菜为研究对象,在不同含水率、转速和筛孔下利用锤片式粉碎机进行粗灰分去除率的正交试验研究,并对粉碎后的水草进行营养成分的检测,从不同的指标对这些数据进行方差分析。
4) reject fly ash
粗粉煤灰
1.
By means of the tests of compressive strength, toxicity characteristic leaching procedure(TCLP) and dynamic leaching test(DLT), it was studied that the feasibility of solidification and stabilization (S/S) of heavy metals using reject fly ash (rFA).
利用强度发展、毒性浸出试验(TCLP)和动态浸出试验(DLT)等手段探讨了废弃粗粉煤灰水泥系统固化/稳定含铅、铜和锌的重金属废弃物的可能性。
2.
Compared with the influence of different chemical activators on the strength development, hydration degree of reject fly ash and hydration products, it can be found that the addition of Na 2SO 4 and K 2SO 4 can significantly increase the compressive strength at both early and later curing ages.
通过研究不同化学激发剂对废弃粗粉煤灰 -水泥系统的强度发展、水化程度、水化产物等的影响 ,发现掺入Na2 SO4 和 K2 SO4 可以大幅提高废弃粗粉煤灰 -水泥系统在早期和晚期的抗压强度 ,而掺入 Ca Cl2 和 Ca(OH) 2 的效果则不明显 ,X射线衍射的测试结果也证明了这一点。
3.
Comparing the influence of chemical reagents-Na 2SO 4 and K 2SO 4 on the strength development,hydration degree and porosity of reject fly ash blended cement pastes,it is found that the addition of these two chemical reagents can increase the compressive strength significantly at both early and later curing stages.
通过研究碱式硫酸盐对废弃粗粉煤灰 -水泥系统的强度发展、水化程度及样品孔隙率等的影响 ,发现掺入Na2 SO4 和 K2 SO4 可以大幅提高废弃粗粉煤灰 -水泥系统在早期和晚期的抗压强度 ,在试验条件下 ,掺 Na2 SO4 的最佳掺量为总重量的 6 % ,K2 SO4 的最佳掺量为总重量的 4 % ,这些最优掺量都与激发剂的溶解度有关。
5) bastard tuck pointing
粗嵌灰缝
补充资料：粗灰分
分子式：
CAS号：
性质：食品、饲料等材料中所含矿物质(无机物质)总称。在概略分析中，将样品在550℃高温炉中灼烧，使有机物充分氧化，所得之剩余灰烬即为粗灰分，常表示为剩余灰烬与样品的质量百分比。由于所剩残渣主要是矿物质元素的氧化物和盐类，但有时也含有少量的砂土等杂质，故称为粗灰分。
CAS号：
性质：食品、饲料等材料中所含矿物质(无机物质)总称。在概略分析中，将样品在550℃高温炉中灼烧，使有机物充分氧化，所得之剩余灰烬即为粗灰分，常表示为剩余灰烬与样品的质量百分比。由于所剩残渣主要是矿物质元素的氧化物和盐类，但有时也含有少量的砂土等杂质，故称为粗灰分。
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