在20世纪的前50年，神经解剖学的研究主要是基于科学家对采用传统技术固定的尸体脑所做的观察。根据这些研究所绘制的立体图谱已经成为广泛应用的工具书。对神经外科学、神经放射学、神经科学和神经解剖学的研究和应用具有重要参考价值...在20世纪的前50年，神经解剖学的研究主要是基于科学家对采用传统技术固定的尸体脑所做的观察。根据这些研究所绘制的立体图谱已经成为广泛应用的工具书。对神经外科学、神经放射学、神经科学和神经解剖学的研究和应用具有重要参考价值和不可替代的作用。尤其是Talairach和Schaltenbra编辑的图谱是最具权威性的，也是迄今应用最广泛的图谱。近年来随着神经影像技术的引进，特别是核磁共振(nuclear magnetic nesonance)，结合计算机图象处理所取得的令人震惊的进展，使我们能够接近在病人脑内直接进行更准确和高度精细的神经解剖学定位。展开更多
The research deal with the reconstruction through digital 3D CAAD （Computer Aided Architectural Design） modeling of masterpieces of modem and contemporary architecture. The charm of reconstruction through digital mo...The research deal with the reconstruction through digital 3D CAAD （Computer Aided Architectural Design） modeling of masterpieces of modem and contemporary architecture. The charm of reconstruction through digital modeling is far less than that of work done on traditional maquette, indeed, makes much deeper level of detail and specificity from knowing. We had to know many technical characteristics of the buildings beyond size, like static-structural features, physical features, economic features and others. In this way＇ the model become real-simulation, a simulated architectural model in all aspects. In addition to these aspects we deeply analyze also the formal, morphological, historical and architectural aspects. The idea is to revitalize and re-discover the logics and the rules of the projected constructions that the designer architect have invented for each masterpiece of architecture, through the comprehension of how is done. The proportional analysis of the modularity on which the design is based is mandatory subject of investigation.展开更多
文摘在20世纪的前50年，神经解剖学的研究主要是基于科学家对采用传统技术固定的尸体脑所做的观察。根据这些研究所绘制的立体图谱已经成为广泛应用的工具书。对神经外科学、神经放射学、神经科学和神经解剖学的研究和应用具有重要参考价值和不可替代的作用。尤其是Talairach和Schaltenbra编辑的图谱是最具权威性的，也是迄今应用最广泛的图谱。近年来随着神经影像技术的引进，特别是核磁共振(nuclear magnetic nesonance)，结合计算机图象处理所取得的令人震惊的进展，使我们能够接近在病人脑内直接进行更准确和高度精细的神经解剖学定位。
文摘The research deal with the reconstruction through digital 3D CAAD （Computer Aided Architectural Design） modeling of masterpieces of modem and contemporary architecture. The charm of reconstruction through digital modeling is far less than that of work done on traditional maquette, indeed, makes much deeper level of detail and specificity from knowing. We had to know many technical characteristics of the buildings beyond size, like static-structural features, physical features, economic features and others. In this way＇ the model become real-simulation, a simulated architectural model in all aspects. In addition to these aspects we deeply analyze also the formal, morphological, historical and architectural aspects. The idea is to revitalize and re-discover the logics and the rules of the projected constructions that the designer architect have invented for each masterpiece of architecture, through the comprehension of how is done. The proportional analysis of the modularity on which the design is based is mandatory subject of investigation.
