微球粒径分布窄，具有良好的机械稳定性和耐酸性。
The microspheres have narrow distribution of diameter, excellent mechanical stability and acid-resistivity.
根据印染加工的特点，分别测定了大豆蛋白质纤维的热稳定性、耐酸耐碱性、吸酸吸碱量、耐氧化还原性及不同漂白剂的漂白效果。
The thermal stability , acid-resistance, alkali-resistance, oxidation-resistance, acid and alkali absorption of the soybean protein fibers were determined according to printing and dyeing process.
耐酸碱、耐腐蚀、不开裂、不脱落、稳定性高，不存在老化问题，与建筑墙体同寿命。
Acid and alkali resistance, corrosion resistance, no crack, no loss, high stability, no aging problems, and the building wall with life.
具有良好的化学稳定性及耐热、耐臭氧、耐酸碱、耐紫外线、耐候性等性能。
It has good chemical stability and resistance to heat, ozone, acid and alkali, UV ray, and weather, etc.
测试表明，产物的水溶性、耐盐析和耐酸性以及在溶液中的稳定性均提高，但收敛性约有降低。
It was found that the solubility and stability of the product in water were largely improved. The astringency of the product was slightly reduced.
黑曲霉UV-48液化酶热稳定性高但不耐酸，糖化酶热稳定性低但耐酸和碱。
The glucoamylase from UV-48 is low thermostability but resistant to acid and alkali.
耐酸、耐碱失重试验表明，该虹彩膜具有很好的化学稳定性。
The experimental results show the good chemical durability of the luster film.
研究了臭氧水的稳定性及对耐酸耐热菌的杀菌效果。
The stability of ozone in water and its sterilizing effect on Alicyclobacillus and Thermphillus are investigated.
实验表明：该酸性蛋白酶制剂具有良好的热稳定性与较强的耐酸性，还具有良好的金属离子稳定性，完全适合作为饲料酶制剂。
The result shows: The acid protease has good heat, acid and Metals ion stability, and is suitable for usage in feeding enzyme.
PVC折叠门具有门体质轻，、保温隔冷热、防潮、防火阻燃、降噪隔音、耐酸碱、耐腐蚀等化学稳定性。
PVC folding door with door physical light, heat, moisture, thermal insulation, fire retardant, sound insulation, acid and alkali resistance, corrosion resistance and chemical stability.
填充材料；提升耐热及耐酸碱特性，增强抗外力冲击的稳定性。
Used as a filler, Improves chemical & heat resistance, impact, strength and dimensional stability.
通过磨加方法，将纳米二氧化硅引入到铸铁搪瓷釉中，在不改变铸铁搪瓷釉工艺性能的条件下，提高铸铁搪瓷的耐酸化学稳定性。
The acid resistance of cast iron enamel has been increased by milling addition of SiO2 nano-powder into the enamel without changing the cast iron enameling technology.
接枝后纤维强度和初始模量下降，断裂伸长和柔顺性提高；耐酸、耐碱能力随接枝率的增加而提高，热稳定性提高，回潮率下降。
The tensile strength and initial modulus were remarkably decreased and the breaking elongation and flexibility of grafted fiber were increased.
接枝后纤维强度和初始模量下降，断裂伸长和柔顺性提高；耐酸、耐碱能力随接枝率的增加而提高，热稳定性提高，回潮率下降。
The tensile strength and initial modulus were remarkably decreased and the breaking elongation and flexibility of grafted fiber were increased.
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