- 更多网络例句与木薯淀粉相关的网络例句 [注：此内容来源于网络，仅供参考]
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The way of combination of room lecturing and field visits will be applied to the training course and participants will have chance to visit some experimental farms and processing factories related to training course, which includes : High-yielding Cassava Plantation of Experimental Farm of CATAS; High-yielding Mountain Land Cassava Plantation of Xin Jin Farm in Qiongzhong, Hainan; High-yielding Cassava Plantation of Yacha Farm in Baisha, Hainan; High-yielding Sandy Land Cassava Plantation of Banqiao, Dongfang city, Hainan; Dan Zhou Song-Tao Starch Processing Factory; Tun Chang Cassava Starch Processing Factory and Cassava Alcohol Processing Factory of Yedao Corporation Limited etc, so as to let participants know more knowledge of cassava practical techniques and better understand what they learn in the room lectures.
受中华人民共和国商务部委托，中国热带农业科学院将于2008年11月6日－12月5日在海南省儋州市举办"非洲国家木薯生产与加工技术培训班"。培训班工作语言为英语，授课老师将由中国热带农业科学院的专家教授担任。本次培训的主要内容是：中国国情与中国改革开放以来所取得的成就；中国历史与文化简介；木薯淀粉加工技术；木薯酒精加工技术；木薯病虫害防治技术；木薯选育种技术；木薯生物技术；木薯高产栽培技术；木薯推广技术；木薯综合利用技术；木薯组织培养技术；木薯生理基础等等。该培训班采取教学与实践相结合的方式，培训期间，将安排学员参观和考察，从而使学员了解更多的木薯实用技术，更好地掌握所学知识。
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Aim To prepare lower degree of substituted starch acetate with cassava starch as material, acetic anhydride as acetylation reagent, sodium hydroxide as catalyst and sodium sulfate as gelatinization inhibiter.
目的 以木薯淀粉为原料，醋酸酐为乙酰化试剂，NaOH为催化剂，Na2SO4为膨胀抑制剂，制备了低取代度木薯淀粉醋酸酯。
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Scanning electron microscopy showed that the original tapioca starch granule was destroyed, mixed plasticizer penetrated into the granule interior, successfully plasticizing the tapioca starch, and made it into a uniformly continuous phase.
扫描电镜表明，混合塑化剂尿素和乙醇胺已经渗透到木薯淀粉颗粒内部，塑化了木薯淀粉，使其颗粒被破坏，成为均一连续相。
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The enzymatic digestibility of native and acetated tapioca starches with different degree of substitution was investigated in in-vitro digest model stimulated the human intestine tract and the resistant starch content was determined using Megazyme total starch assay kit.
采用生物体外消化模型模拟人体消化道环境，对不同取代度的醋酸酯化木薯淀粉的消化速率进行了研究；用微生物酶对醋酸酯化木薯淀粉进行生物降解并测定各个样品的抗消化淀粉含量。
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The results indicated that mechanical activation considerably enhanced carboxy methylation reaction of cassava starch, the content of DS in cassava starch increased with the activation time.
实验结果表明，机械活化对木薯淀粉的发甲基化反应有显著的强化作用：木薯淀粉的DS随活化时间的延长而增大。
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In the presence of DMAc/LiCl solvent, disproportionated rosin glycide-cassava starch ester was synthesized from cassava starch and modified disproportionated glycide ester under microwave irradiation. The effect of reaction conditions on the degree of substitution has been discussed.
在微波辐照下，以DMAc/L iC l为溶剂体系，歧化松香缩水甘油酯和木薯淀粉亲核开环反应得到歧化松香缩水甘油木薯淀粉酯，探讨了各反应因素对产物取代度的影响。
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Using the SEM, polarized light microscope and X-ray analytical method, granule morphology, granulitization and Non-crystalline of starch with non-crystallized granule state were investigated. Corn, tapioca and potato of non-crystalline had blowing out pole. Some poles of non-crystallized corn were big and deep, and the other little and low. Pole of tapioca of non-crystalline was low, and pole of potato was a big, deep stripe.
采用扫描电镜、偏光显微镜、X-射线等分析测试手段，对非晶颗粒态淀粉颗粒形貌以及颗粒性、非晶性进行了研究，发现非晶玉米、木薯、马铃薯淀粉均具有爆裂孔，其中非晶玉米淀粉颗粒的孔有的大而深，有的小而浅；而非晶木薯淀粉颗粒的爆裂孔较浅，而非晶马铃薯淀粉则形成一大而深的长条形的爆裂孔。
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The analysis results of FTIR , SEM, X-ray Diffraction and TG-DSC proved that,the existence of graft copolymerization between cassava starch and acrylamide was occured;the structures of cassava were destroyed during the copolymerizing; the structures of the copolymer were largely amorphous; within the range of 700℃,the thermal degradation process of the St-g-PAM was divided into three-steps, which was more complex than that of cassava.
FTIR、SEM、X射线衍射、TG-DSC分析结果表明木薯淀粉与丙烯酰胺已发生接枝共聚反应；木薯淀粉在接枝共聚反应中，结构被破坏，接枝共聚物的结构基本上为无定型结构；在700℃温度范围内，木薯淀粉丙烯酰胺接枝共聚物的热降解为三步降解历程，比木薯淀粉复杂。
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With saccharified liquid of corn meal and cassava starch as a material respectively, the effects of corn steep liquor concentrations on glycerol fermentation by osmophilic yeast were discussed.
然后分别以玉米粉和木薯淀粉糖化液为原料，用耐高渗酵母发酵生产甘油，研究了玉米浆对二者甘油发酵的影响并对二者进行了比较，结果表明：当玉米粉和木薯淀粉糖化液还原糖含量分别为 2 5 %，尿素为 0 。2 %，pH为 4 。5时，用玉米粉糖化液发酵甘油时可不添加玉米浆，甘油产量最高可达 2 %，而用木薯淀粉糖化液发酵甘油时，适宜的玉米浆为 0 。15 %，甘油产量最高可达 4 。9%。
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Native tapioca starch granules were not treated with any alkaline and consequently there was no starch swelling Moreover, Huangllll reported that in preparing CLTS with low DC, except the formation of cross linking tarch molecules with POC13 there were also some esterification between starch molecule and POC13 due to a small amount of POC13 added The introduction of hydrophilic ester bond during the cross linking reaction could induce hydration of starch chains, resulting in easy absorption of enzyme onto starch granule
乡土木薯淀粉颗粒不处理与任何碱性因此没淀粉膨胀此外， huangllll报备clts低直流，除形成交叉连接tarch分子poc13还有一些酯化淀粉分子和poc13 由于少量poc13续引进亲水酯键的交联反应诱使水化的淀粉链，造成容易吸收的酶转入淀粉颗粒
- 更多网络解释与木薯淀粉相关的网络解释 [注：此内容来源于网络，仅供参考]
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Brazilian arrowroot：巴西竹芋淀粉(由苦味木薯制成)
hyperglycinemia 高甘氨酸血 | Brazilian arrowroot 巴西竹芋淀粉(由苦味木薯制成) | allylene dichloride 二氯化丙炔
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cassava starch：木薯淀粉
cassava slice 木薯片 | cassava starch 木薯淀粉 | cassava 木薯
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mandioca meal：木薯淀粉
mandatory 强制性的 | mandioca meal 木薯淀粉 | mandrel for pipe bending 弯管用心轴
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manioc：木薯淀粉
manilarope 白棕绳 | manioc 木薯淀粉 | manipulate 操纵
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rice starch：米淀粉
信息介绍: 用于肉类加工的大米淀粉(Rice Starch),土豆淀粉(Potato Starch)及木薯淀粉(Tapica信息介绍: 用于肉类加工的大米淀粉(Rice Starch),土豆淀粉(Potato Starch)及木薯淀粉(Tapica
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rice starch：大米淀粉
产品介绍: 用于肉类加工的大米淀粉(Rice Starch),土豆淀粉(Potato Starch)及木薯淀粉(Tapica产品介绍: 用于肉类加工的大米淀粉(Rice Starch),土豆淀粉(Potato Starch)及木薯淀粉(Tapica
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tapioca starch：木薯淀粉
tapioca slice 木薯干片 | tapioca starch 木薯淀粉 | tapioca 木薯
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casava starch,cassava starch：树薯淀粉,木薯淀粉
树薯粉,木薯粉 casava meal,cassava meal | 树薯淀粉,木薯淀粉 casava starch,cassava starch | 串级,级联 cascade
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casava meal,cassava meal：树薯粉,木薯粉
酪蛋白胺基酸 casamino acid | 树薯粉,木薯粉 casava meal,cassava meal | 树薯淀粉,木薯淀粉 casava starch,cassava starch
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farinaceous：谷粉制的/粉状的/含淀粉的
farina /谷粉/粉末/淀粉/ | farinaceous /谷粉制的/粉状的/含淀粉的/ | farinha /木薯粉/