澱粉溶素 的英文怎麼說

中文拼音 [diànfěnróng]
澱粉溶素 英文
amidine
  • : Ⅰ名詞1 (粉末) powder 2 (用澱粉製成的粉條或粉絲) noodles or vermicelli made from bean potato o...
  • : 動詞(溶化; 溶解) dissolve
  • : Ⅰ形容詞1 (本色; 白色) white 2 (顏色單純) plain; simple; quiet 3 (本來的; 原有的) native Ⅱ名...
  • 澱粉 : [生物化學] starch; amylum; farina; amylon; maizena
  1. The results showed that the cucumber seeds soaked with extracts of total alkaloid, dissoluble alkaloid and fat - soluble alkaloid from p. multisectum ( maxim. ) bobr., the activities of amylase, protease and lipase during seed germination were inhibited, the seed vigor and germination rate were suppressed, and respiration rate of seedling was slackened ; root activity, chlorophyll content and activities of nitrate reductase, superoxide dismutase sod ) and peroxidase ( pod ) of cucumber seedlings during seedlings growth were increased

    結果表明,多裂駱駝蓬總生物堿提取液、水性生物堿提取液和脂性生物堿提取液浸種均抑制黃瓜種子萌發過程中酶、蛋白酶和脂肪酶活性,種子活力和萌發速率降低,呼吸速率減慢;幼苗生長過程中根系活力、硝酸還原酶活性升高,葉綠含量增加,超氧化物歧化酶( sod )和過氧化物酶( pod )活性提高。
  2. The composite has excellent performance of water retaining, that the adsorbed water of 85 % is retained after being dried 10 days at the room temperature, and the adsorbed water of 45 % is retained after being dried 24 hours at 60 the factors influencing on water absorbency for the superabsorbent composite such as the kinds and concentration of starch, clay, crosslinker, initiator, the external salt solution and hydrolysis degree are investigated in this paper

    該超吸水性復合材料在室溫下乾燥10天後的保水率為85 ,在60 2條件下加熱24小時后的保水率為45 。本文較詳盡地探討了超吸水性復合材料的合成條件,並系統地研究了影響超吸水復合材料吸水倍率的各種因。例如:粘土的種類及粘土的用量、的種類及的用量、交聯劑的用量、引發劑的用量、水解度(氫氧化鈉的用量) 、水解時間、外部鹽液的種類及濃度等條件。
  3. Based on this point, our aim to obtain the high performance materials should be carried out as well as the er behavior be actualized through the chemistry design. in this paper, 4 supramolecular complexes of - cyclodextrin inhydrosoluble polymer / l - ( 2 - pyridlazo ) - 2 - naphthol, 6 hydrosoluble - cyclodextrin polymer / 3 - hydroxy - 2 - naphthoic acid, 2 - cyclodextrin - starch resins and 6 supramolecular complexes of - cyclodextrin - starch copolymer / substituted salisylic acid and 3 - hydroxy - 2 - naphthoic acid er particles were prepared, respectively. the structure of these particles was characterized by ir, nmr, uv - vis, the fluorescence analysis, element analysis, and etc, respectively

    在本項研究中,分別制備了4種不性-環糊精聚合物及其與1 - ( 2 -吡啶偶氮) - 2 -萘酚構築的超分子配合物、 6種水性-環糊精聚合物及其與3 -羥基- 2 -萘甲酸的超分子配合物、 2種-環糊精樹脂及6種-環糊精共聚物與取代水楊酸、 3 -羥基- 2 -萘甲酸形成的超分子配合物顆粒,通過紅外光譜、熒光分析、元分析、電子吸收光譜及核磁共振譜等對它們的結構進行了表徵。
  4. The effect of amorphous hydrated ruo _ 2 power production is discussed here, including : selection and ratio of solvent, selection and concentration of precipitator, terminal ph of titration and anneal temperature and time of colloid. research indicated that terminal ph and anneal temperature are the most important influence factors on physical and electrochemical properties of amorphous hydrated ruo _ 2 power

    討論了超細氧化釕體的制備影響因,包括:劑選擇和配比、沉劑選擇和濃度、滴定終點ph值以及焙燒溫度和時間對氧化釕體粒度分佈及電化學的影響,研究表明:沉終點ph值以及膠體焙燒溫度對體物理和電化學性能影響較大。
  5. Four types of starch derivatives containing azo groups were used in removal of some metal ions from their solutions, and the different factors affecting metal ions adsorption on these copolymers, such as ph, metal ion concentration, types of starch derivatives, treatment time and temperature was premarily studied at first

    摘要合成了4種偶氮化合物與的接枝共聚物的不性樹脂,首次用以吸附二價金屬離子,研究了其靜態吸附量以及各種相關因對吸附的影響。
  6. In addition, the preparation of aqueous starch microgel with aqueous solution as reaction environment has been studied. the results show that the important factors affecting the formation of starch microgel are surfactant content, concentration of starch and conversion efficiency of cross - linking reaction

    另外,本論文研究了用水液作為反應環境制備親水性微凝膠,研究得到表面活性劑含量、液濃度及交聯反應的轉化率是影響微凝膠形成的主要因
  7. According to the analysis of the fitting spectrum of carbon and oxygen, the result indicates that soluble - starch is adsorbed much on the membrane, but it physically deposits on the membrane

    通過對c元和o元的xps譜線解疊分析,結果表明,可在聚偏氟乙烯膜面的吸附量較大,以物理沉積為主。
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