本文研究了木素磺酸盐和丙烯酸单体的接枝共聚机理。
The graft mechanism of lignosulfonate and acrylic acid was studied in this paper.
系统地研究了工业木素磺酸盐与大庆原油形成低界面张力的条件。
The conditions of forming low interfacial tension between industrial lignosulfonate and Daqing crude oil have been systematically researched.
分子轨道法对木素磺酸模型物的计算结果进一步证实了以上结论。
The result is confirmed by the molecular orbital calculations on model compound structures of lignosulfonates.
以工业副产物木素磺酸和焦油酚为主要原料研制出一种新的合成鞣剂。
A new syntan product prepared with tar phenol and lignin sulfonic acid.
以工业副产物木素磺酸和焦油酚为主要原料研制出一种新的合成鞣剂。
A new syntan product was prepared with tar phenol and lignin sulfonic acid.
经浓缩，脱糖或经过化学处理的木浆残余碱液，包括木素磺酸盐（妥尔油除外）
Residual lyes from the manufacture of wood pulp, concentrated, desugared or chemically treated, including lignin Sulphonates (excluding tall oil)
结果表明，改性木素磺酸盐缓蚀剂GCL2在中性水介质中，对碳钢的缓蚀性能优异。
The results showed that GCL2 was a good corrosion inhibitor to carbon steel in neutral water medium.
研究了木素、木素磺酸盐、腐殖酸等负极有机添加剂在负极铅膏中的配方及对负极性能的影响。
The organic agents prescription of lignin, lignin sulfonate, humic acid in negative paste and the effects of them on negative plate performance were studied.
通过分析导致混凝土耐久性下降的因素，论述了利用改性木素磺酸盐高效减水剂在提高混凝土耐久性研究的应用。
Through analysizing the factors of decline of durability of concrete, utilize the modified lignosulfonates high range water-reducing agent to raise the durability of concrete is scientific.
试验数据表明：当采用木素磺酸钠为膨胀剂时，最好与腐殖酸复合，这样可提高电池的放电容量和充电接受能力；
T he obtained data show that:the complex of humic acid and sodium-lignosul phonate can elevate the discharge capacity and rechargeable acceptance ability of lead-acid battery;
研究了木素磺酸钙的氧化磺化等复合改性工艺，合成了以木素磺酸钙为主要原料的低成本缓凝高效减水剂GCL1。
A low cost retarded high range water reducing agent GCL1 was prepared via oxidation and sulfonation modification using calcium lignosulfonate as primary raw material.
通过比较木素磺酸盐和模型物接枝前后酚羟基的含量和碱性硝基苯氧化产物得率的变化，对接枝反应位置进行了研究。
The graft site was studied by comparing the phenolic contents, yields of alkaline nitrobenzene oxidation products of lignosulfonates, model compounds and their copolymers.
通过比较木素磺酸盐和模型物接枝前后酚羟基的含量和碱性硝基苯氧化产物得率的变化，对接枝反应位置进行了研究。
The graft site was studied by comparing the phenolic contents, yields of alkaline nitrobenzene oxidation products of lignosulfonates, model compounds and their copolymers.
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