1.
Technologic Parameters for Germ-Remained Rice Small Whitener
小型胚芽米碾米机工艺参数的试验研究
2.
oil from the germs of corn grains.
从玉米胚芽中获取的油。
3.
under runner sheller
下磨盘转动式碾米机
4.
When the whitening chamber design of a rice whitener is different, also the rice whitening technology characteristies are different during whitening.
碾米机的碾白室结构设计不同，碾米机在碾白过程中表现出不同的碾米工艺特点。
5.
hulled corn with the bran and germ removed.
去除麸皮和胚芽的不带壳玉米。
6.
Aqueous Enzymatic Extraction of Corn Germ Oil and Reclaiming Protein;
玉米胚芽水酶法提油及蛋白质的回收
7.
Comparison of the Contents of Some Mineral Elements and B Group Vitamins Among Brown Rice,Milled Rice with Embryo and Pollished Rice of the Same Geographical Origin
糙米、胚芽米、精白米中多种矿质元素和B族维生素含量的比较研究
8.
Corn germ protein was hydrolyzed by trypsin and the effects of hydrolysates on mouse immunity were investigated.
用胰蛋白酶水解玉米胚芽蛋白,研究了玉米胚芽蛋白酶解物对小鼠体内的免疫调节作用。
9.
Study on Aqueous Enzymatic for Extracting Corn Germ Oil and Comprehensive Utilization;
玉米胚芽水酶法提油工艺的研究及其综合利用
10.
Aqueous Enzymatic Extraction of Corn Germ Oil and Protein Recovery by Nanofiltration;
水酶法提取玉米胚芽油和纳滤技术回收蛋白质
11.
Study on the extraction corn oil and protein from corn germ
从玉米胚芽中综合提取油和蛋白粉工艺研究
12.
Studied on the Factors Affecting Seed Germination of Micro-endosperm Super-high-oil Corn
微胚乳超高油玉米种子发芽影响因素研究
13.
The results demonstrated that they can increase the organic immune function and are good nonspecific immunity activators.
结果提示:玉米胚芽蛋白酶解物能提高机体的免疫功能,是一种很好的非特异性免疫激活剂。
14.
The motor can run a rice husker or cotton gin.
这部马达可以推动一部碾米机或是轧花机。
15.
Its features are high in rate of making rice, little consume in electricity, small in occupying area, not nessary for special building, convenient in installation and maintenance.
其中12型三联提升机，二道碾米机有抛光机，三层碎米分级筛组成，成品米为免淘精洁米。
16.
Kinetic Analysis and Dynamic Balancing Technics of the Rice Mill Shafts;
碾米机主轴部件的动力学分析及动平衡工艺
17.
The Mechanism of the Endosperm Weight Enhancement of the Normal Oil Corn Pollinated by High Oil Corn;
授高油玉米花粉后普通玉米胚乳增重的机理
18.
Now we discussed fac tors of affecting differentiation of shoots and established regeneration system of maize embryo leaf of inbred lines in northeast.
探讨了影响不定芽分化的因素,初步建立了玉米胚叶的再生体系。