properties of matter

Whereas a classical violin string will vibrate no matter what the properties of space and time are, a quantum string is more finicky.

古典的提琴弦不管时空的性质如何都可振动，但量子弦可就挑剔多了。

The Study of Dynamics of Strange Quark Matter and Properties of Strange Stars

奇异夸克物质动力学与奇异星性质研究

Various improvement measures could enhance the activity of soil organic matter and carbon pool management index and raise the level of the soil carbon pool. It was showed that these improvements had effects of fertility-improving and sound development of soil properties.

不同培肥措施均能提高土壤的活性有机质以及土壤的相对碳库管理指数，提高土壤的碳库水平，说明这些培肥措施对土壤有培肥作用使土壤性能向良性发展。

The purpose of studying relativistic heavy-ion collision is to learn the properties of strong interaction for the nuclear matter at extreme condition ( high temperature and high density) and to look for the possible existence of the Quark-Gluon-Plasma.

研究相对论性重离子碰撞的目的是研究核物质在极端条件（高温高密）下强相互作用的性质以及探寻可能存在的夸克-胶子-等离子体（QGP）。

Structure formation model based on the cold dark matter ( CDM) theory and the nearly scale-invariant primordial perturbation has successfully explained the main features of observational properties of the large scale structure and galaxies.

建立在冷暗物质（CDM）和近标度不变原初扰动的结构形成理论成功地解释了宇宙大尺度和星系形成和演化的整体性质，已成为现代标准宇宙学模型的基础。

The EOS of asymmetric nuclear matter is crucial for understanding many astrophysical problems and phenomena related to the global properties of neutron stars, supernova explosion and neutron star cooling.

非对称核物质的状态方程在理解中子星的整体性质，超新星的爆发、中子星的冷却等许多天体物理的现象中起着决定性的作用。

It also analyses the space-time matter being type in matter motion of traditional philosophy and the space-time pattern and e-volving properties of interaction mechanism.

分析哲学物质运动时空观的物质存在型、相互作用机制时空观的形态演化型特点。

Survey of basic electromagnetic phenomena: electrostatics, magnetostatics, electromagnetic properties of matter.

简单介绍电磁学的基本现象: 包含静电学 、 静磁学 、 物质的电磁特性.

Spectral absorption properties of chromophoric dissolved organic matter and particulate matter in Yunnan Plateau lakes

云南高原湖泊有色可溶性有机物和颗粒物光谱吸收特性

Any of the sciences, such as physics, chemistry, astronomy, and geology, that analyze the nature and properties of energy and nonliving matter.

自然科学：分析能量和无生命物质的属性和特征的任一门科学，如物理、化学、天文学和地质学。

At that extremely small scale, very unusual properties of matter emerge.

在极其微小的尺度, 物质会表现出不同寻常的性质.