ISSN 1004-4140
CN 11-3017/P
郭履灿. 多维体视方法论及其在地球科学研究中的意义[J]. CT理论与应用研究, 2005, 14(4): 45-49.
引用本文: 郭履灿. 多维体视方法论及其在地球科学研究中的意义[J]. CT理论与应用研究, 2005, 14(4): 45-49.
GUO Lü-can. Multi-dimensional Stereological Methodology and Its Value in Geosciences[J]. CT Theory and Applications, 2005, 14(4): 45-49.
Citation: GUO Lü-can. Multi-dimensional Stereological Methodology and Its Value in Geosciences[J]. CT Theory and Applications, 2005, 14(4): 45-49.

多维体视方法论及其在地球科学研究中的意义

Multi-dimensional Stereological Methodology and Its Value in Geosciences

  • 摘要: 本文阐述”多维体视方法论”,主张立体透视与动态、多维地看问题;它起源于医学CT(计算机层析学)透视成像、核磁共振(MRI)等体视学方法研究疾病的生理解剖结构、病理特征、监测人体有关器官的各种变化,是行之有效的方法;已成功地应用于检测工业器械、航天器及地下结构等物体的内部结构,从而发展和演绎出来的认识论方法。在医学领域将CT、MRI所得二维信息和断面图像、对病灶区引入“体显示”和“面显示”等可视化技术,将能充分反映不同疾病的病理、药理特征;在航天、地学等领域同样应用着CT多维“可视化技术”。本文试图发扬综合预测的学术思想,将医学临床应用CT、核磁共振、体视学方法结合研究其他制约因素指标,从而区分出疾病的原发、继发分期,导致绝症的进程和前兆,概括为“多维体视预测方法”;也适用于地震孕育、强震发生与火山喷发预测的研究。

     

    Abstract: Multi-dimensional Stereological Methodology is developed from the research in medical CT and MRI-scanner to display the computerized tomography images for human and animal body,which be used for research in anatomy physiology structure,pathologic characteristic,its theories and methods expansion and application in another science branches,such as the research for industry apparatus and underground structure...etc;Make use of the valid method to research the factors of paroxysm physiology structure,pathologic characteristic,these theories and techniques expensing to many branches;This work may develop the comprehensive predication method,refer to clinical CT application,combined to study the disease control factor,to distinguish the original paroxysm and expect following time-interval,find the precursor of the terminal disease,generalized as " multi-dimensional stereological predication method”,and deducing out a kind of the epistemological method.,which may be contributed to the research of earthquake's pregnancy(seismo-genic structure),and for the prediction of strong earthquake occurrence and volcano’s eruption estimation.

     

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