可精制为粉末或胶囊，螺旋藻非常适合的男士食用或添加在沙拉中。
Available as a powder or capsule, spirulina is a great addition to a smoothie or sprinkled on a salad.
相比目前使用的水或甲醇溶剂纯化收率30％，发现以丙酮、乙酸、水的溶剂体系，精制更昔洛韦收率可显著提高到83.3％，高效液相色谱（HPLC）分析，产品纯度达到99.0％以上。
Ganciclovir could be purified to more than 99.0%(HPLC) by a combination of acetone, acetic acid and water in 83.3% recovery as compared with 30% one when using water or methanol as solvent.
介绍一种可折卸指形加热管的无料盘药品精制真空干燥箱。
A kind medicine refining used vacuum drying box without tray, in which there are finger type heating pipes, was introduced.
结论该提取方法适合于工业化，重结晶可精制得到高纯度的三萜酸。
Conclusion This method is suitable for industrialization. High purity of triterpenoid acid was producing after refining.
以重油催化裂化装置生产的重组分油为原料，采用二次脱沥青精制工艺，可制备二元族烃型橡胶增塑剂。
The dual-group hydrocarbon type rubber plasticizer was prepared using the heavy components in the production of heavy oil catalytic cracking by secondary deasphalting process.
该液体检测不出含硫，可借助缓和加氢精制转化成高度饱和的合成燃料。
The liquids contain no detectable sulfur and can be converted by mild hydrotreating into highly saturated synthetic fuel.
采用切割闪蒸的方法可降低精制焦化柴油中糠醛的含量。
The content of furfural remained in refined coker diesel is decreased by the method of cut and flash evaporation.
研究结果表明，在适宜的工艺条件下，通过加氢精制可克服直馏柴油实际胶质超标问题，同时降低硫含量。
The study result showed that hydrofining can solve the problem of diesel oil actual colloid exceeding standard and decrease sulfur content meanwhile under the suitable technology condition.
高纤维软化麦麸是以小麦麸皮为原料，通过新的技术与工艺、配方精制成的粉状产品，将其应用于焙烤制品中，可制得多种多样的高纤维含量制品。
High fiber softened wheat bran is the fine powder product which is made of wheat bran by new technologic process and formula. It can used in bakeries to obtain rich fiber products.
结果证明该技术具有廉价、不需要再解析和精制步骤、操作快速简单、可实现定量分析的优点。
The results demonstrated that the technique is inexpensive, not need desorption and cleanup steps, fast, simple to operate and quantitative extraction method.
在淀粉糖工业中采用双酶法，以淀粉为原料酶解制取葡萄糖，运用膜分离技术对糖液进行提纯、精制，制备高纯度的无水葡萄糖产品，可降低生产成本，提高产品质量。
The results suggested that the use of double enzyme method was better for saving energy and reducing the discharge and it should be popularized in alcohol-making industry.
在淀粉糖工业中采用双酶法，以淀粉为原料酶解制取葡萄糖，运用膜分离技术对糖液进行提纯、精制，制备高纯度的无水葡萄糖产品，可降低生产成本，提高产品质量。
The results suggested that the use of double enzyme method was better for saving energy and reducing the discharge and it should be popularized in alcohol-making industry.
应用推荐