1) Building Spatial Distribution
建筑空间分布
2) construction space
建筑空间
1.
It is of vital importance to make full use of construction space to build a comfortable housing environment, which plays a very important role in improving the quality of houses.
充分利用建筑空间,营造舒适居住环境,对提升住宅的品质十分重要。
3) architectural space
建筑空间
1.
On the expression of visual perception of architectural space;
浅谈建筑空间的视知觉表达
4) building space
建筑空间
1.
According of the analysis of relation between building space and human activities,this article discusses the building space design elements based on man s psychological and behavioral needs,it creates the architectural space to people and make the architectural space serve people better.
通过对建筑空间和人的心理、行为之间的互动关系的分析与思索,初步探讨了基于人的心理和行为需求的空间设计要点,从而为人们创造宜人的建筑空间,使建筑空间更好地为人们服务。
2.
for and building space, and constructing field aspect effect, deepen for the building field with construct the spatial comprehension.
通过对建筑场与建筑空间以及建筑场的物理、心理等方面效应的具体阐述,来加深对于建筑场和建筑空间的理解。
5) architecture space
建筑空间
1.
A study on residential architecture space of the Bouyeis in Luoping Courty Yunnan Province
云南罗平布依族民居建筑空间探究
2.
The modernism architecture space concept, on the basis of the three-D rectangular cooridinate theory presented by Renel Descartes, was developed from the physical space concept of Newton s Classical Dynamics.
海德格尔从地点与空间、人与空间的关系来论述的建筑空间的思想,在本质上与古希腊的空间概念更为接近。
6) large-space building
大空间建筑
1.
Design of performance-based smoke management of large-space building;
大空间建筑的防排烟性能化设计
2.
The heating systems that are applicable in large-space buildings are introduced, and the characteristics of floor radiant heating system and gas-fired infrared radiant heating system that are applicable in large-space buildings are analyzed.
介绍了适用于大空间建筑的供暖系统,对适用于大空间建筑供暖的地板辐射供暖系统及燃气红外线辐射供暖系统的特点进行了分析。
3.
Zero equation model is applied in thermal environment simulation of large-space buildings.
应用零方程模型进行大空间建筑热环境的有限元数值模拟 ,利用零方程模型简单快速的特点求解对精度要求不高但对速度比较敏感的大型工程问题。
补充资料:空间分布干扰
分子式:
CAS号:
性质:火焰原子化法试样溶液中,伴生组分浓度变化大时,引起试样吸喷量的波动和火焰中待测元素分布的变化,是待测元素空间分布不均匀所造成的干扰。
CAS号:
性质:火焰原子化法试样溶液中,伴生组分浓度变化大时,引起试样吸喷量的波动和火焰中待测元素分布的变化,是待测元素空间分布不均匀所造成的干扰。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条