Now physical expression to physical units has been unified based on their space time structure, that is, they all can be expressed by STC individually.
物理学基础概念的表述基于它们的时空结构现在得到了统一,即均可以它们各自的时空组态形式表达。
Objective to explore applicability of tri dimensional auto regression trend surface model in studying the space time dynamic of disease.
目的探讨三维自回归趋势面模型技术在疾病时空动态分析预测中的应用价值。
AIM: to probe into the dynamic progression of the space time distribution of neuronal apoptosis and necrosis in rats after focal cerebral infarction and compare their space time correlation.
目的:探讨大鼠局灶性脑梗死后神经细胞凋亡与坏死的时间、空间分布的动态演变及二者时空、时效关系的比较。
This is not only a starting point for civilization of the 21st century, but also the new space time foundation of future civilization.
「类」与「球」的统一不仅是21世纪人类文明进化的新起点,而且也是未来文明建构的新时空。
And put forward a space time integrated optimization model from the system integrated view in the end.
最后,运用系统思想研究了它的时空集成优化模型。
So we can get an conclusion to be verified that physical unit has its own space time structure , is consists of multidimensional space time , and can be universally expressed by its STC in physics .
据此我们得到了一个可以确认的答案:物理单位具有时空结构,它们都是由多维时空构成的并且可以用时空组态对其进行物理学表述。
To set up the local plasma drug concentration space time equation of the local embedding.
建立局部植入给药的药物浓度时空方程。
The work of this paper lays a theory foundation for future practical space time code hardware implement.
本文所做的工作为硬件实现具有实用价值的空时编码提供了理论基础。
Characteristics of space time magnitude in precursory field and mechanism of precursor anomaly are analyzed.
分析了前兆场的时空强特征,前兆异常机理。
The temperature of a three dimensional nonstatic black hole is given. The compensate effect under time scale transformation in the space time is studied.
给出了三维黑洞温度,研究了该时空时间尺度变换的补偿效应。
We all know that the universe was formed by time space, we humans live in this space, of course, subject to space time constraints.
大家知道,宇宙是由时间和空间组成的,我们人类生活在这个宇宙空间,当然要受时空的制约。
Park green space time is 36.000. landscape diversity is the lack of space, only 13.0357.
公园绿地次之为36.000。景观多样性最贫乏的是生产绿地,仅有13.0357。
Therefore if one could instantly map these interacting molecules in space time and milieu then one would be able to understand the function of proteins.
因此,如果能够快速做出蛋白质在不同时间、空间和不同环境中的相互作用图谱,就会帮助我们了解这些蛋白质的功能,进而了解许多生命活动的机制。
The fifth part unifies part of examples, summarizes the porch space time and the movement factor.
第五部分结合一部分实例,总结廊空间的时间和运动因素。