state of matter

英 [steɪt ɒv ˈmætə(r)]

美 [steɪt əv ˈmætər]

网络  物态; 物质的状态; 物质状态; 物态化

英英释义

noun

• (chemistry) the three traditional states of matter are solids (fixed shape and volume) and liquids (fixed volume and shaped by the container) and gases (filling the container)
  1. the solid state of water is called ice
  Synonym:state

双语例句

• This thesis is trying doing some experiment study about agriculture investment in Anhui, which helps understanding true state of matter, discovering problems, drawing up measure. These works is in order to promote in order to promote agricultural further development in Anhui.
  本文对安徽农业投资问题进行尝试性地探讨研究，目的是了解实情，发现问题，制定措施，以便促进安徽农业的更进一步发展。
• Plasma is a collection which contains a number of positive and negative charged particles, and appears no net space charge. Plasma is called the fourth state of matter in the universe.
  等离子体是包含大量正负带电粒子、而不出现净空间电荷的电离气体，作为物质的第四态在宇宙中普遍存在。
• Lattice QCD predicts that at extremely high temperature and density, the confined hadronic matter will undergo a phase transition to a new state of matter called quark gluon plasma ( QGP).
  格点QCD预言，在极高温度和密度下，禁闭的强子物质将会经过相变到一种新的物质形态&夸克胶子等离子体（QGP）态。
• The formless and disordered state of matter before the creation of the cosmos.
  在宇宙形成前存在地无定形的无序的物质状态。
• Changes of state of matter are due to increased motion of molecules.
  物质状态的变化是由于分子运动增大的缘故。
• First, based on the ancient idea "universe", narrative time in Chinese ancient novel have the state of matter tendency, and then form it's" time and matter parallel "narrative convention;
  首先，基于古老的“宇宙”观念，中国古代小说的叙事时间带有物态化倾向，并进而形成其“时与事并”叙事常规；
• Solid, liquid and gas are the three state of matter.
  固体，液体和气体是物质的三种状态。
• Study of the Equation of State of Nuclear Matter
  核物质的物态方程的研究
• Note: in a specific historical things, can't take its each an ideal state of matter, otherwise you will study that much energy carefully guarded.
  注意：在研究一个具体历史事物时，不可以把其每一个理想状态都研究的面面俱到，否则会使大量精力白白消耗。
• Plasma, which is called the fourth state of matter, has been applied widely in thermal nuclear fusion science, space exploration, military research and development, as well as manufacturing production, et al.
  等离子体是物质的第四态，在热核聚变工程、空间和天体探索、军事研发以及工业生产等中的应用越来越广泛。