物质微粒

  • 网络bits of matter
物质微粒物质微粒
  1. 首先谈谈关于“组成物质微粒”教学的思考。

    First of all talk about " particulate matter composed of " Teaching .

  2. 假设宇宙中存在一种物质微粒,暂称电质子;

    Assuming the existence of material particles in the universe , tentatively called electon ;

  3. 有些物质微粒易夺得其它物质的部分电性物质,使自己得到部分电性物质。

    Some electrical material of the particle could easily seize electrical material from the other material .

  4. 没有法则要求宇宙间充满物质微粒,

    There is no law that requires the universe to fill itself with small particles of matter

  5. 在这个定律中,牛顿证明:每个物质微粒吸引其他的所有物质微粒。

    In it Newton proved that every particle of matter attracted every other particle of matter .

  6. 另外,气溶胶中的固态粒子能够吸附大气中的微量气体,液态粒子能溶解微量气体,它们在化学反应后生成新的物质微粒,会造成严重的大气污染事件。

    Moreover , aerosol can cause serious atmospheric pollution by way of absorbing or dissolving trace gas of atmosphere .

  7. 在显微镜下仔细观察物质的微粒。

    Particles of the substance were examined under a microscope .

  8. 在任何化学溶液中,无化学物质或微粒脱落。

    In any chemical solution , there are no chemical substances or particles shedding .

  9. 采用磁性流量计测试泥浆流量及腐蚀性物质或微粒的流速。

    Use magnetic flow meters for flow measurement of slurries and fluids with corrosive properties or particulates .

  10. “组成物质的微粒”是物质科学领域中的一个重要主题。

    " Composition of matter particles " in the field of material science is an important theme .

  11. 一位名叫约翰-艾特肯的人证实,水滴聚集在尘埃或其他物质的微粒的周围。

    A man named John Aitken proved that drops of water gather around tiny bits of dust or other matter .

  12. 那么就能轻易地看到,物质中微粒的不同构成,那就是原子理论。

    Then you can see how you can have very easily different arrangement of corpuscles within substances , a kind of atomic theory .

  13. 尽管组成物质的微粒是无限可分的,但是无论组成物质的微粒分的怎样小,微粒子内都具有一种物质核。

    In spite of the micro particles can be divided infinitely , but no matter how small it could be , the micro particle still has an inner material core .

  14. Leibniz的哲学着眼于物质的最终的微粒,这些微粒他称为单子。

    Leibniz 's philosophical concern is with ultimate particles of matter , which he called monads .

  15. 针对润滑油中危害最大物质之一的固体微粒,建立了润滑油介电动力学分离流态实验装置系统,研究了该方法主要工艺技术参数:电场强度和流速等。

    For solid particles being the most deleterious matter in lubricating oils , the dielectrophoresis separation process system for removing the solid particles was established .