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橡实

xiànɡ shí
  • acorn
橡实橡实
橡实 [xiàng shí]
  • [acorn] 又叫橡子,有的地方叫橡碗子,是栎树的果实。呈长圆形,内含淀粉和少量鞣酸。外壳可用来制烤胶

  1. 研究了淀粉乳质量浓度、pH值、温度、盐和常用食品添加剂等对橡实淀粉粘度的影响,结果表明:淀粉质量浓度增加,橡实淀粉的粘度呈幂次方上升;

    The viscosity property of acorn starches was affected by concentration , temperature , salt and food additives .

  2. 橡实直链淀粉与支链淀粉的分离纯化

    The Separation and Purification of Amylose and Amylopectin from Acorn Starch

  3. 结果表明:各因素对橡实淀粉白度的影响程度大小依次为:H2O2浓度>反应pH值>反应时间>淀粉乳浓度>反应温度;

    The results show that the influencing extent of various factors is H 2O 2 consistency , pH value , reaction time , starch emulsion consistency , and reaction temperature in turn .

  4. 有开心果、野杏仁、橡实和圆柏。

    Pistachio nuts and wild almonds and acorns and juniper berries .

  5. 橡实淀粉主要理化功能特性的研究

    The Study on Main Physicochemical and Functional Characteristics of Acorn Starches

  6. 湿热处理对橡实淀粉特性影响的研究

    Study on Properties of Acorn Starches by Moist Heat Treatment

  7. 橡实淀粉的湿热处理研究

    A Study on Moist - heat Treatment of Acorn Starch

  8. 橡子利用的研究(Ⅲ)&橡实淀粉的特性

    STUDY ON ACORN UTILIZATION (ⅲ)── Characterization of Acorn Starch

  9. 橡实淀粉粘度特性的研究

    Study on the Viscosity Properties of Acorn Starches

  10. 凡橡树必曾是橡实。

    Every oak must have Been an acorn .

  11. 随橡实果壳含量的增加复合材料的力学性能逐渐降低。

    The mechanical properties of composites were decreased with an increase of acorn hull content .

  12. 橡实淀粉漂白工艺的研究

    Study on Bleaching Technics for Acorn Starch

  13. 我国橡实资源的开发利用

    Exploitation Study of Acorn Resources in China

  14. 每一棵橡树都曾是一颗小橡实。

    Every oak has been an acorn .

  15. 大橡树生于小橡实。

    Great oak from little acorn grow .

  16. 橡实果壳基复合材料的力学性能略微优于橡实果仁基复合材料。

    The mechanical properties of acorn hull-based composites were slightly better than the acorn kernel-based composites .

  17. 结橡实形果实有黄色果肉的南瓜植物,深绿色或黄色的表皮上有纵向的脊。

    Squash plant bearing small yellow-fleshed acorn-shaped fruits having dark green or yellow rind with longitudinal ridges .

  18. 该组织曾参加过一系列殊死战役,为的是有利可图的橡实果。

    The cartel has been engaged in a series of deadly battles for the lucrative seedot worts .

  19. 因此,以橡实为原料生产酒精是条切实可行的利用途径。

    Therefore , taking the acorn as the material to produce fuel alcohol is a feasible way .

  20. 这部冰原系列电影第三集中,鼠奎特还是一直追着橡实跑,每次结果都令人捧腹大笑。

    In this third film in the franchise , Scrat is still chasing his acorn with hilarious results .

  21. 在此最佳工艺条件下,经漂白后橡实淀粉的白度均超过标准玉米淀粉的白度。

    On these conditions , the whiteness values of bleached acorn starch are better than that of corn starch .

  22. 随着加热温度上升,橡实淀粉的膨胀度和溶解度均呈增加趋势;

    With the rising of temperature , both the swell value and solubility of each acorn starch were inclined to increase .

  23. 采用曲线回归法、正交试验法和方差分析法等对橡实淀粉的漂白工艺进行了较为详细的研究。

    Whereas , by for now , the studies on physicochemical and functional characteristics of acorn starch have not been reported .

  24. 湿热处理会降低橡实淀粉的粘度,温度越高,粘度降低的幅度越大;

    Moist heat treatment can reduce the viscosity of acorn starch , so the higher the temperature , the more the viscosity will reduce .

  25. 树上还有灌木丛中的浆果、毛栗、板栗和橡实这些凝结了一整年辛勤劳动的成果都在等待着收获。

    The harvest of a whole year 's hard work is on the tress and bushes ; berries , beech mast , chestnuts , acorns .

  26. 岁月流逝,这老头儿终于死了,埋了,像种子和橡实一样。

    And the years passed by , and he died , an old man , and he was buried like unto every seed and acorn .

  27. 随着静置时间的延长,12种橡实淀粉糊的透光率逐渐减小,上层析出清液的体积数逐渐增多;

    If each paste of acorn starch was placed too long , its clarity would slowly decrease and the volume of separated water also gradually add .

  28. 一种橡实形状的冬季南瓜,有长条形隆起,不同颜色的外皮,和介于黄色及橙色之间的果肉。

    A type of winter squash shaped somewhat like an acorn and having longitudinal ridges , a variously colored rind , and yellow to orange flesh .

  29. 复合材料具有优异的疏水性能、力学行能、熔融流动性能和生物可降解性能。即使复合材料中的橡实粉含量达到70%,复合材料仍具有优异的综合性能。

    The hygroscopicity , mechanical properties , melt flow property and biological degradation property of composites were promising even though the composites had a 70 % content of acorn powder .

  30. 并且证明自己相当好地适应阔叶林,部分原因是它消化橡实的能力,但那是在灰松鼠没来之前。

    Until the grey squirrel arrived , that is , and proved itself rather better adapted to broadleaf forests thanks , in part , to its ability to digest acorns .