提出了延长固碱锅使用寿命的措施。
Measures to prolong the service life of solid caustic soda POTS are put forward.
目前主要产品有片碱、固碱、液碱等。
At present, main products have protopine, solid caustic soda, liquid, etc...
特别是将生产各种形状的固碱，可满足不同用户的要求。
Specially, the enterprises will produce shapes of olid alkali to satisfy the different users' request.
对锅式法熬煮固碱过程中影响颜色的各种因素及应注意的问题进行了具体的分析与探讨。
Factors influencing the colour of solid caustic soda during concentrating in pot and matters needing attention are analyzed and discussed in detail.
固碱是商品烧碱中的一个品种，可供对烧碱有特殊要求的部门使用，同时亦便于贮存和运输。
Solid caustic coda is a variety of commercial caustic soda, which can be applied by the departments having special requirements for it. Moreover, it is easily stored and transported.
设计了用于含有固相颗粒的高温碱介质中的新型高铬铸造不锈钢的组织及化学成分。
The microstructure and composition of a high chromium cast stainless steel used in high temperature aqueous alkali with solid grains were designed.
增加黑液固形物含量可明显提高碱回收锅炉的生产效率，根据计算的结果，锅炉生产能力可增加13%。
Increase in strong liquor dry solids improves the efficiency of the recovery boiler. In our calculation case, the efficiency of the boiler increased 13 percentage units.
新型碱剂s是主要用于活性染料固色的一种新型碱剂。
New alkali auxiliary s is one of the new fixing agent used in reactive dyeing.
对活性染料代用固色碱sl在活性染料浸染染色工艺中的应用性能进行研究，并比较使用固色碱sl与传统固色碱碳酸钠在应用性能和效果上的差别。
The applications of the substitutive alkali SL to dip dyeing with reactive dyes were studied, and the differences between SL and soda in fixation and effects were compared.
讨论了固含量、碱、交联剂、反应时间、反应温度等因素对胶粘剂的制备与性能的影响。
It is discussed that the effect of some factors on the adhesive properties that are the solid quantity, base, cross-linking agent, reaction time, reaction temperature and so on.
固形物中生物碱的含量为69.3%。同时，对树脂的再生条件进行了研究。
The content of the alkaloids in total solid substance was 69.3% the conditions of resin regeneration were also studied.
利用室温固相反应合成得到了纤维状的碱式碳酸铝铵(AACH)。
Ammonium aluminium carbonate hydroxide (AACH) with fibre shape was synthesized inductively with solid state reaction at room temperature.
通过改变液态碱的用量、食盐用量、固色时间确定了自制液态碱的最佳工艺。
The best process conditions are confirmed by changing the amount of the liquid alkali, the amount of salt and the color fixing time.
通过改变液态碱的用量、食盐用量、固色时间确定了自制液态碱的最佳工艺。
The best process conditions are confirmed by changing the amount of the liquid alkali, the amount of salt and the color fixing time.
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