CAJ | 학술논문

目的：通过正交实验优选肿痛消颗粒的成型工艺。方法：以吸湿率为指标考察所用辅料的种类及配比；以吸湿率和成型率指标优选肿痛消颗粒的最佳成型工艺条件，并考察该颗粒的休止角、吸湿率。结果：辅料蔗糖粉/糊精以2∶1为最好；浸膏与辅料的混匀比例为1∶1，润湿剂体积分数为60%，干燥温度为60℃，依此制得的颗粒流动性好。结论：本成型工艺合理、可行，可为该颗粒的大量生产提供科学依据。
목적：통과정교실험우선종통소과립적성형공예。방법：이흡습솔위지표고찰소용보료적충류급배비；이흡습솔화성형솔지표우선종통소과립적최가성형공예조건，병고찰해과립적휴지각、흡습솔。결과：보료자당분/호정이2∶1위최호；침고여보료적혼균비례위1∶1，윤습제체적분수위60%，간조온도위60℃，의차제득적과립류동성호。결론：본성형공예합리、가행，가위해과립적대량생산제공과학의거。
Objective: To optimize the formation technology ofZhongTongXiaogranules by orthogonal method. Methods: The category and ratio of the adjuvant materials were investigated by taking moisture absorption as the index; the optimal formation technology ofZhongTongXiaogranules was selected by taking moisture absorption and formation rate as the indexes, the angle of rest and absorption rate of the granules were investigated. Results: The optimal ratio of sucrose power to dextrine was 2:1; the ratio of extract to adjuvant material was 1:1, vol-ume fraction of wetting agent was 60%, dry temperature was 60℃, the mobility of the granules was good. Conclu-sion: Formation technology, reasonable and feasible, could provide scientific evidence for mass production of the granules.