1) big broken rice
大碎米
2) Cardamine macrophylla
大叶碎米荠
1.
Determination of Hormone in Cardamine macrophylla from Different Altitudes by HPLC;
不同海拔下大叶碎米荠中激素含量差异的研究
2.
By means of a HPLC method for the quantitative analysis of water-solubles vitamins in Cardamine macrophylla from different altitude, the chromatographic analysis was carried out on Hypersil C-8 column by using gradient elution method.
采用反相高效液相色谱法测定不同海拔大叶碎米荠中的水溶性维生素C、维生素B6(吡多醇)和维生素B5(烟酸)的含量。
3.
Cardamine macrophylla is a wild vegetable.
大叶碎米荠(Cardamine macrophylla Willd)属于十字花科碎米荠属植物,多年生草本。
3) Broken rice
碎米
1.
On the method of reducing broken rice in technology design;
浅论工艺设计中减少碎米产生的方法
2.
Broken rice protein and rice starch could be two main products of comprehensive utilization of broken rice.
碎米蛋白和大米淀粉可以作为碎米综合利用的2个主产品。
3.
The extraction of protein from milled long-grain non-glutinous rice or broken rice was studied with sodium hydroxide (NaOH).
分别以籼米及籼碎米为原料,采用碱法制取米蛋白,研究米蛋白的功能特性。
4) crush maize
玉米粉碎
1.
This paper expound the process control system for crush maize based on Quantum PLC system, and gives correlative system diagram, procedure frame, the way of data collection, idea software design, equipment control method.
介绍了采用可编程序控制器Quantum系统控制玉米粉碎过程的方法,主要介绍了系统结构组成,阐述了信号数据采集方式、软件程序设计思想、设备操作的方法几个方面的问题。
5) broken rice rate
碎米率
1.
In order to reduce the broken rice rate in rice milling process,reasonable rice milling craft and relevant operational conditions should be established in accordance with the properties of rough rice and the estimation of broken rice rate.
为了降低碾米的碎米率,应当根据稻谷原料性质及碎米率的预测,合理制定碾米工艺和调整操作 基于假设和通过单机碾米试验,可用作图法或解析法绘制碾米工艺特性图,据此可以预测各种稻谷原料在不同碾米工艺和操作条件下的碎米率。
2.
The broken rice rates of different kinds of rough rice in different rice milling processes and under different operation conditions can be estimated by means of the characteristic chart of rice milling technology.
应用碾米工艺特性图可以预测各种稻谷原料在不同碾米工艺和操作条件下的碎米率。
3.
The results showed that the rate of broken rice was lower when cracked rice rate was below 40%;the broken rice rate was below 15% when the white rice yield was 90%;the broken rice rate was below 10% wh.
结果表明:当发芽糙米爆腰率低于40%时,不同碾白程度的碎米率均较低,碾白至90%糙出白率的碎米率低于15%,而碾白至95%糙出白率的碎米率低于10%。
6) kernel fragmentation
米粒破碎
补充资料：大豆芽荠苨党参猪腰汤
Image:11729767180221242.jpg
大豆芽荠苨党参猪腰汤
大豆芽菜和中药荠苨(又名甜桔梗，中药店有售)党参滚猪腰能滋胃润燥、益气生津，特别适宜时下饮用。
猪腰即猪肾，以脏补脏，有补肾壮腰之功，使肾水足而渴止。大豆芽能益气和中、生津润燥，含有丰富的蛋白质和维生素。荠苨如《得配本草》说有“解上焦热邪，利肺气，解百药毒，治咳嗽，消渴，强中”。党参能补中益气、健脾生津。合而为汤，滋肾益脾利肺，则可生津润燥、止渴止咳。本汤是根据古医书《备急千金要方》中猪肾荠苨化载而成，既是秋暑日家庭靓汤，又为糖尿病患者食疗汤品。
材料：大豆芽菜250克，荠苨、党参各25克，猪腰2个，生姜3片。
烹制：大豆芽菜洗净，去根；荠苨、党参洗净，稍浸泡；猪腰洗净，切开边去白脂膜，切为薄片，用调料拌腌一下。先把中药和清水1250毫升(约5碗量)，武火煲沸滚10分钟，加入大豆芽改文火滚15分钟，下猪腰滚至熟，调入适量食盐便可。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。