1.
A Fuzzy Vector Space on Consensus Space and Category of Consensus Set;
基于合意空间的模糊向量空间与合意集的范畴
2.
Blended Space Approach to Metaphorical Images in Pound s Ripostes;
庞德《回击》中隐喻意象的合成空间阐释
3.
Study on Space Design of Creative Industry Center
浅析空间整合下的创意产业园区规划
4.
The Spatial Consciousness in the Combination of Time and Space in Chinese Poetry and Painting;
时空合一体的空间意识在中国诗画中的定格
5.
Conceptual Blending as a Cognitive Means of Meaning Construction in Jueju Text;
合成空间理论对“绝句”文本意义构建的认知解读
6.
THE SPATIAL NUMERICAL ASSOCIATION OF RESPONSE CODES EFFECT OF NUMBER PROCESSING IN DIFFERENT ATTENTION CONDITIONS;
不同注意条件下的空间-数字反应编码联合效应
7.
Interpreting Force of the Blendiong Theory on Coherence of Metaphorical Dis course;
合成空间理论对语篇连贯解读的解释意义
8.
Moreover, his strategy appeared even more appropriate than it would have been before 1914;
俄国仍是它的"生存空间"，而意大利和英国仍是其合意的盟国。
9.
Broadening of the Meaningful Space by Combining Language and Image-On the Integration of Poem and Picture in Traditional Chinese Painting;
言象结合对意义空间的拓展——论中国传统诗画的融合
10.
I intend to ascend the space between as well as the space without.
我意愿提升两极空间以及一致空间。
11.
Space Imagination and Modern Painting;
王蒙“空间幻象”与现代山水画空间意识
12.
The Hille-Yosida C-Semigroups of an Arbitary Operator in a Banach Spaces;
Banach空间中任意算子的Hille-YosidaC-空间
13.
Tess was conscious of neither time nor space.
苔丝意识不到时间，也意识不到空间。
14.
The original concept's intention and the complex requirements of the program were to be structured sensibly and concise, so that generous free spaces could be created.
计划的最初始意图，在于合理、晰地安排整个空间功能需求，并创造出广大的户外空间。
15.
Exploration of Building Performance of Chinese Ancient Poems Imaginative Space;
山水诗词空间意境特征的建筑空间意境初探
16.
Spatial and Non-spatial Senses of Zai: A Study within the Cognitive Linguistic Framework;
“在”字空间意义与非空间意义的认知语言学研究
17.
It will showcase the latest technologies in this space and provide an opportunity for corporations and solution providers to meet, discuss and conduct business.
届时将展出最新的空间产品，并且与有合作意向的企业进行洽谈。
18.
DYNAMICAL REAL-SPACE RENORMALIZATION GROUP TECHNIQUE SUITABLE FOR ARBITRARY SPIN SYSTEMS
适合于任意自旋系统的动力学实空间重整化群技术