lignosulphonate

lignosulphonate

1. ZL and lignosulphonate calcium don't harm the strength development of granular soil stabilized with cement.

ZL和木钙两种缓凝剂对水泥稳定粒料土的强度发展无不良影响。

2. Dispersion of coal particles by sodium lignosulphonate with different molecular weights

不同分子质量木质素磺酸钠对煤粉的分散作用研究

3. Molecular structure of sodium lignosulphonate from different materials and their properties as dispersant of coal water slurry

不同来源木质素磺酸钠的结构特征及用作水煤浆分散剂

4. Keywords dispersant;sodium lignosulphonate;coal-water slurry;low-rank coal;

分散剂;木质素磺酸钠;水煤浆;低阶煤;

5. STUDY ON SEMI-HYDRATED GYPSUM MADE BY IRON - COMPLEXING LIGNOSULPHONATE WASTE SLAG WITH FERROCHROME

利用铁铬木质素磺酸盐废渣生产半水石膏的研究

6. When the effect of ZL and lignosulphonate calcium is nearly same,ZL is more economical and applicable than lignosulphonate calcium.

在效果相近时，ZL比木钙更加经济适用。

7. Keywords Waste slag;Iron-complexing lignosulphonate;Semi-hydrated gypsum;Hydration;

废渣;铁铬木质素磺酸盐;半水石膏;水化;

8. modified lignosulphonate

改性木钠

9. . the film thickness is double by the comparison of lignosulphonate and modified lignosulphonate in the respect of the space steric hindrance.

改性木钠的空间位阻作用与未改性木钠相比较，其表面吸附膜厚度增加1倍左右。

10. (2)the compound organic expander composed of humic acid and lignosulphonate improves the utilization of negative active mass at 2 h rate discharge capacity more than any one of them in separate use.

木素磺酸盐与腐殖酸复合的有机膨胀剂较其单独使用,提高了负极在2小时率容量放电条件下的活性物质的利用率。

11. Ammonium lignosulphonate

木素磺酸铵

12. Technical specification for water-reducer admixtures of calcium lignosulphonate using in concrete

木质素璜酸钙减水剂在混凝土中使用的技术规定

13. Keywords lignosulphonate;thinner;reaction temperature;average molecular;

木质素磺酸;降粘剂;反应温度;平均分子量;

14. Keywords lignosulphonate;water-reducing agent;anthranone colorimetry;sugar;determination;

木质素磺酸盐;减水剂;蕙酮法;糖;测定;

15. lignosulphonate mud

木质素磺酸盐泥浆

16. calcium lignosulphonate

木质素磺酸钙

17. Keywords calcium lignosulphonate sodium bicarbonate hydration heat evolved rate;

木质素磺酸钙;碳酸氢钠;水化放热速率;

18. Keywords calcium lignosulphonate;sodium bicarbonate;cement paste;rheology;

木质素磺酸钙;碳酸氢钠;水泥浆体;流变性;

19. Keywords calcium lignosulphonate;corrosion inhibition;electrochemical impedance spectroscopy;

木质素磺酸钙;缓蚀;交流阻抗谱;

20. sodium lignosulphonate

木质素磺酸钠

21. Keywords sodium lignosulphonate;molecular weight;coal water slurry;additive;

木质素磺酸钠;分子量;水煤浆;添加剂;

22. Keywords sodium lignosulphonate;molecular weight;sulfonic group;dispersant;coal water slurry;

木质素磺酸钠;分子量;磺酸基;分散剂;水煤浆;

23. Keywords lignosulphonate;adsorption film thickness;elliptical polarization;ESEM;

木质素磺酸钠;吸附膜厚度;椭圆偏振;环境扫描电镜;

24. Keywords sodium lignosulphonate （SL）;coal water slurry （CWS）;rheological behavior;rheological model;thixotropy loop;

木质素磺酸钠;水煤浆;流变特性;流变模型;触变环;

25. Determination of Adsorption Film Thickness of Lignosulphonate and Modified Lignosulfonate on Coal Surface as Coal-water Slurry Additives

木质素磺酸钠、改性木质素磺酸钠用作水煤浆添加剂在煤表面吸附膜厚度的测定

26. PRIMARY STUDY ON THE PHENOLIC MODIFICATION OF SODIUM LIGNOSULPHONATE

木质素磺酸钠的酚化改性初步研究

27. Keywords coal water slurry;rheological behavior;slurryability;sodium lignosulphonate;adsorption characteristic;

水煤浆;流变特性;成浆性;木质素磺酸钠;吸附特性;

28. Keywords coal water slurry;Shenhua coal;sodium lignosulphonate;

水煤浆;神华煤;木质素磺酸钠;

29. Keywords additive for CWS;microwave irradiation;sodium lignosulphonate;acrylic acid;

水煤浆添加剂;微波辐射;木质素磺酸钠;丙烯酸;

30. Effect of Laccase Treatment Conditions of Lignosulphonate on Shearing Strength of Plywood

漆酶活化木素磺酸盐条件对胶合板强度的影响

31. Keywords gypsum products;water reducer;setting-retardant;calcium lignosulphonate;citric acid;

石膏制品;减水剂;缓凝剂;木质素磺酸钙;柠檬酸;

32. The lignosulphonate is the waste residue in papermaking industry, and discharges abundantly every year, and its valid utilization is small quantity.

磺酸盐木质素是造纸工业的废渣，每年排出的数量巨大，而被利用的仅是很小的一部分。

33. Keywords red liquor;lignosulphonate;comprehensive utilization;

红液;木质素磺酸盐;综合利用;

34. In this paper the performance and mechanism of AE superplasticizer GCL1-D,which is developed by modification of lignosulphonate,is studied.

试验研究了木质素系高性能引气减水剂GCL1-D对砂浆及混凝土应用性能的影响,并初步探索其作用机理。

35. The corrosion and scale inhibition performances of modified lignosulphonate GCL2-D1 were studied by weight loss,electrochemical polarization and bubbling methods.

采用旋转挂片失重法、电化学极化法以及鼓泡法综合评价了改性木素磺酸盐GCL2-D1的缓蚀阻垢性能。