元素周期律

yuán sù zhōu qī lǜ
  • periodic law of elements
元素周期律元素周期律
  1. 元素周期律的发现与辩证演绎法

    Discovery of periodic law of elements and the dialectical deductive method

  2. 元素周期律的发展及展望

    The development and prospects for the periodic law of elements

  3. 门捷列夫元素周期律的科学哲学研究

    Study of Mendeleev Law From the View of Philosophy of Science

  4. 元素周期律的美学特征

    The Aesthetics Feature of the Elementary Periods Law

  5. 第8讲元素周期律、元素分配及组合

    Element Periodic Law : Element Distribution and Association

  6. 浅谈物质结构和元素周期律

    A Brief Talk on the Structure of Substances and the Periodic Law of Elements

  7. 对元素周期律的精细结构的研究&谈元素第二周期性

    Research into the Meticulous Structure of Periodic Law & Discussion on the Secondary Periodicity Again

  8. 第6讲元素周期律与元素地球化学分类

    Periodic Law and Geochemical Classification of Elements

  9. 无论如何,当我们讨论元素周期律时,要知道它并不是总能与实际情况相符。

    So anyway , when we talk about periodic trends , it doesn 't always match up .

  10. 元素周期律的发现,是科学史上的大事之一;

    The discovery of periodic law of elements is one of the most important matters in the history of science .

  11. 科学的探索是永无止境的,元素周期律也不例外。

    The scientific exploration is never the end , and The Element 's Periodic Law makes no exception of it .

  12. 提出了一种新的元素周期律的阵列式图示方法。

    A new method to present the periodic law , the visual graphic form of the periodic system of elements , is proposed in this paper .

  13. 他最早向国内读者介绍了化学元素周期律,也是制订有机物系统名称的第一个人。

    He was the earliest one to introduce to domestic readers the periodic law of chemical elements , as well as the first person to work out systematic terms for organic compounds .

  14. 本文说明科学的探索是永恒的主题,元素周期律也不例外,讨论元素周期律仍要发展。

    In this article discuss the Element 's Periodic Law will be development , the scientific exploration is never the end , and The Element 's Periodic Law makes no exception of it .

  15. 以科学由潜到显存在的磨难事例,论述元素立体周期律发展中也存在磨难。

    And discuss the science exist tribulation from potential science to obvious science .

  16. 元素立体周期律;

    Element 's Periodic Law of Three-dimension ( solid );

  17. 前言:通过原子核内中子数与质子数的差值&中质差,探讨构建“元素立体周期律”的可能性。

    Using the difference between neutron and proton number in atomic nucleus , the " Element 's Periodic Law of Threedimensional ( solid )" is constructed preliminarily .

  18. 组成人体的化学元素与元素周期律

    The chemical elements constituting the body and the periodic law

  19. 生物微量元素与化学元素周期律

    Biological Trace Elements And Chemical Periodic Law

  20. 周期系的元素结构分析与元素周期律的不规则性

    The analysis of the elemental structure in the periodic system and the anomalies of the periodic law