羧甲基澱粉 的英文怎麼說
中文拼音 [suōjiǎjīdiànfěn]
羧甲基澱粉
英文
carboxylmethyl starch-
Study on preparation of carboxyl methyl starch
羧甲基澱粉的合成研究Abstract : researches on unformaldehyde unironing finishing are summarized in this paper. functions and deficiencies of glyoralamido, water soluble heat reactive polyure thane, bishydroxyethyl - sulfoue, natural high precision chitosan, reactive organosilicon, amyloidosis epoxide, multiple carboxyl acid compound are also analyzed and compared
文摘:綜述了無甲醛免燙整理方面的研究，分析比較了乙二醛-酰胺類整理劑、水溶熱反應性聚氨酯、雙羥乙基碸、天然高聚物殼聚糖、反應性的有機硅、澱粉改性物、環氧類整理劑、多羧酸化合物等無甲醛抗皺整理劑的功能以及各種整理劑存在的不足For example, the static shear stress of kaolinite / cms nanocomposites erf is 3. 6 times as large as that of the pure kaolinite erf. furthermore, we also found that the electrorheological effect has the close relationship with the amount of cms. with the component rate of 1 : 1, the synergetic effect is appeared greatly and the kaolinite / cms er fluid displays a notable er effect under dc current field
對介電和電導性能的測量顯示羧甲基澱粉插層引起復合材料電流變液的介電常數和電導率升高，其介電常數是純土電流變液介電常數的2 . 07倍，是羧甲基澱粉電流變液的1 . 78倍；電導率是純土的2 . 73倍。2 according to the analysis of sem, ftir and xrd, we can draw such conclusion : intercalation of cms into kaolinite has collapsed the layer construction of kaolinite, which makes the single layers dispersed in the bodies of cms. the experimental results show that intercalation of cms into kaolinite improves the electrorheological effect
2通過羧甲基澱粉的二次插層，結合xrd圖譜，紅外圖譜及sem圖分析可知， cms的插層引起了高嶺土片層之間的剝離，其單一片層分散於羧甲基澱粉中，形成剝離型納米復合材料。Modified starch. determination of content of carboxymethyl groups in carboxymethyl starch
改良澱粉.羧甲基澱粉中羧甲基團含量測定Modified starch - determination of content of carboxymethyl groups in carboxymethyl starch
改良澱粉.羧甲基澱粉中羧甲基團含量的測定Modified starch - determination of content of carboxymethyl groups in carboxymethyl starch iso 11216 : 1998 ; german version en iso 11216 : 1998
改良澱粉.羧甲基澱粉中羧甲基團含量的測定Introduce preparation method, process and marker trend of high viscosity carboxy methyl starch sodium, and its application in food, industry, medicine, printing and dyeing
摘要介紹了高粘度羧甲基澱粉鈉的制備方法、工藝、市場前景及其在食品、工業、醫藥、印染等方面的應用。分享友人