植物基

植物基植物基
  1. 几种植物基活性炭材料的表面结构与吸附性能比较&(II)表面化学结构与吸附性能研究

    Comparison on suface structure and adsorption properties of several types of plant-based carbonaceous adsorbents & (ⅱ) study on suface chemical structure and adsorption property

  2. 添加剂在植物基基础油中的抗氧抗磨性

    Antioxidant and antiwear property of additives in vegetable base oil

  3. 用系统杀真菌剂湿透土壤和植物基部。

    Drench the soil and base of the plant with a systemic fungicide .

  4. 可生物降解植物基润滑油的研究与应用

    Research and application of biodegradable vegetable-base lubricants

  5. 以海南椰壳为原料,一次炭化后,加入粘结剂成型、再炭化,制得植物基炭膜。研究了所制炭膜处理印染废水的过程。

    Coconut shell as a raw material was carbonized , carbon powder was moulded with binder , followed by carbonization again to prepare carbon membrane .

  6. 植物基材料包括木材与非木材两部分,本文是利用非木材的农作物剩余物材料制取无胶制品的研究。

    Plant-based materials are composed of wood and non-wood materials . environmentally friendly binderless products were manufactured from non-wood crop residues materials in this study .

  7. 该公司将与天津地方政府合作,建设生产植物基产品的设施,并扩大天津宠物食品工厂的产能。

    The company and local authorities in Tianjin will cooperate to build a facility that makes plant-based products , and boost the capacity of its local pet food factory .

  8. 乐高称,人们无需担忧新产品的质量问题。他们检测过植物基塑料,以确保它在质量和安全方面符合消费者所期待的高标准。

    Lego says that we needn 't worry about the quality of the new products , as they 've tested the plant-based plastic to ensure that it meets the high standards for quality and safety that consumers expect from the company .

  9. 为此,有必要对其药材的植物基源、性状和显微鉴别特征、化学成分进行研究,建立和完善本类药材的质量评价体系,从而指导开发和利用。

    Therefore , it is necessary to investigate the botanic origin and research the macroscopic , microscopic and chemical characteristics of them . Its objective is to establish and improve the quality evaluation system in order to guide the exploitation and utilization for Swertia medicinal plants .

  10. 结论人参愈伤组织对N、P、K的消耗与大田生产中的消耗不同;提示广谱植物培养基中N、P、K配比不能完全适应人参愈伤组织的生长。

    Conclusion The consumption of N , P and K in ginseng callus is different between tissue culture and field production , which suggests that the proportion of N , P and K in broad spectrum plant medium is not completely suitable for the growth of ginseng callus .

  11. 优质植物胶水基压裂液系列研究与应用

    Study and Application of High-Quality Water-Based Fracturing Fluid Series from Vegetable Gels

  12. 植物油基丙烯酸油酸甲酯的合成和表征

    Synthesis and characterization of plant oil-based acrylate methyl oleate

  13. 植物油基聚酯酰胺多元醇的合成及其在水性聚氨酯中的应用

    Synthesis of Vegetable Oil Based Polyester Amide Polyols and Its Application in Water-borne PU

  14. 一种新兴的绿色胶粘剂&浅谈改性植物蛋白基木材胶粘剂

    A New Type of Environmentally Protective Adhesives Based on Modified Plant Proteins for Wood

  15. 植物油基印刷油墨研究进展

    Advance in study on plant oil-based printing ink

  16. 植物糖基转移酶及其在代谢工程中的应用

    Plant Glycosyltransferases and Its Application in Metabolic Engineering

  17. 植物油基印刷油墨连结料的制备研究

    Preparation of Plant Oil-based Printing Ink Vehicle

  18. 试验研究制备的植物生长基料能满足施工要求,适宜植物生长。

    The research produced the plant substrate which can meet the construction requirements and adapt to plant growth .

  19. 然而,对于植物糖基转移酶基因参与植物耐逆过程的详细的分子机理还需要深入探索。

    However , the detailed molecular mechanisms involved in plant abiotic stress tolerance of glycosyltransferases genes need further investigation .

  20. 然而,开发、生产及使用植物油基淬火油等绿色淬火介质势在必行。

    However , it is imperative to develop , produce and apply vegetable oil based quenching oil and other green quenchants .

  21. 由于沙埋在水平空间表现出非均匀性,克隆植物的基株或克隆片断常常经历局部沙埋。

    Due to the unevenness of burial in horizontal space , genet or clonal fragment of clonal plants often incurs partial sand burial .

  22. 植物油基聚合物由于其本身的独特结构所具有的的性能和良好的环境可持续性吸引了很多的关注。

    Among these resources vegetable oil-based polymers are promising as a result of their outstanding performance and excellent environment sustainability because of their unique structure .

  23. 目的:对贵州药用植物的基原进行了研究,对误载的种类和不正确的拉丁学名进行考证。

    Objective : To investigate the origin of medicinal plants in Guizhou province , revise the incorrectly recorded species , and correct the erroneous and incomplete Latin names .

  24. 介绍了该方法在转化过程中的影响因素,包括转基因受体、外源基因供体、共培养条件、植物培养基的成分和外植体培养条件等。

    The influencing factors in the process are introduced such as gene acceptor , exogenous gene donator , co-culture conditions , elements of plant medium and culture conditions of explant .

  25. 最近有研究证明植物糖基转移酶还参与调控植物应对非生物胁迫的反应过程,但其具体作用机理还不清楚,糖基转移酶参与植物耐逆过程的分子机制还需要人们去深入探索。

    Recent studies have shown that plant glycosyltransferases were involved in the regulation of plant responses to abiotic stresses , but their specific mechanisms of action remain to be determined .

  26. 同时,随着有机化学和涂料物理化学知识的发展,使以前在发展植物油基产品过程中遇到的问题逐步解决,这样使以可再生植物资源为基础配方的涂料产品性能得以很大改善和提高。

    By the development of organic chemistry and paint physical chemistry knowledge , the difficulties in plant production is tackled gradually , thus the performance of paint product using plant oil material is improved greatly .

  27. 植物组织培养基的pH值一旦外植体植入就开始发生改变,直到达到某一平衡点。

    It has been shown that the pH of agar medium changed steadily from the time when the explants were introduced until an equilibrium was reached .

  28. SOD、POD活性、根系活力和ATP含量增加,表明磁化等离子体可以通过清除植物体内自由基和增强代谢来增加番茄对水分胁迫的抗性。

    Increased SOD , POD activity , root activity and ATP content show that water stress could be alleviated by eliminating the free radicle and increasing metabolism .

  29. 1个为Asb-POD酶蛋白,与植物体内自由基的清除有关;

    Asb-POD protein relating to the clearance of free radicals .

  30. 植物结构铝基复合材料的制备及热学性能

    Preparation and Thermal Properties of Aluminum Matrix Composites with Plant Structure