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13篇 您的检索式：作者名="Tuhua"

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		题名	作者	年代	出处	被引量
	1	Interface self‐reinforcing ability and antibacterial effect of natural chitosan modified polyvinyl chloride‐based wood flour composites显示文摘	Kaimeng Xu Kaifu Li Tuhua Zhong Chengping Xie	2014	J. Appl. Polym. Sci2014，，3：	2
	2	A simple kriging method incorporating multiscale measurements in geochemical survey显示文摘	Changjiang Li Zhiming Lu Tuhua Ma	2009	Journal of Geochemical Exploration2009，101，2：	1
	3	Application of a fractal method relating concentrations and distances for separation of geochemical anomalies from hackground显示文摘	Changjiang Li Tuhua Ma Junfa Shi	2005	Journal of Exploration2005，77，：	1
	4	Application of a fractal method relating concentrations and distances for separation of geochemical anomalies from background显示文摘	Li Changjiang Ma Tuhua Shi Junfa	2003	Journal of Geochemical Exploration2003，77，23：	1
	5	AiNet- and GIS-based regional prediction system for the spatial and temporal probability of rainfall-triggered landslides 显示文摘	LI Changjiang MA Tuhua ZHU Xingsheng	2010	Natural Hazards2010，52，：	1
	6	A Fractal Interpolatory Approach to Geochemical Exploration Data Processing 显示文摘	Changjiang Li Tuhua Ma Jianjie Cheng	2004	Mathematical Geology2004，36，5：	1
	7	Principle of mineral deposit size forecasting implication for gold resource potential evaluation in China显示文摘	CHANGJIANG LI TUHUA MA XINGSHENG ZHU	2002	Acta Geoacientia Sinica(English Edition)2002，76，3：	1
	8	Analysis of molecular structure and indoor evaluation of flotation reagent used in oily sewage treatment显示文摘	TuHua(涂华) YangXu(杨旭) WangLiang(王亮)	2003	石油与天然气化工)2003，32，：	1
	9	A Fractral Interpolatory Approach to Geochemical Exploration Data Processing显示文摘	Changjiang Li Tuhua Ma Jianjie Cheng	2004	Mathematical Geology2004，36，5：	1
	10	aiNet- and GIS-based regional prediction system for the spatial and temporal probability of rainfall-triggered landslides 显示文摘	Li C J Tuhua Ma Xingsheng Zhu	2010	Natural Hazards2010，52，：	1
	11	Application of a fractal method relating concentrations and distances for separation of geochemical anomalies from background显示文摘	LiChangjiang Ma Tuhua Shi Junfa		0，，2：	1
	12	Chaos Dynamic Behaviour of Mineralization显示文摘In this paper a nonlinear dynamic model for the distribution of element content and mineralization in the crust is suggested and the iteration relationship formula of this model coincides with the logistic equation. This shows that mineralization related with migration and enrichment of elements is in chaos, thus resulting in fractal structures of element content and ore reserves and their spatial distribution in the crust.	MA Tuhua ZHU Xingsheng LI Changjiang	1998	Acta Geologica Sinica(English Edition)1998，72，4：	0
	13	Study of the Climbing Behavior of the Flagella of Calamus Simplicifolius Based on Micro-CT and Nanoindentation显示文摘Rattan is a typical tropical climbing plant that uses flagella to climb supports to grow.A comprehensive understanding of the anatomic structure and micromechanics of rattan flagella might inspire more research on biomimetic climbing materials.Here,the structure and micromechanical properties of flagella in calamus simplicifolius were examined by Micro-Computed Tomography(Micro-CT)and nanoindentation techniques,respectively.The results showed that the rachis of the flagella mainly comprised vascular bundles surrounded by basic tissues,which had a gradient density decreasing from outsides to insides.The prickles are derived from the epidermis or the epidermis and cortical tissue of the flagellum,which do not possess vascular tissue.The entire tip of the prickle was composed almost of fibrous cells.The indentation modulus of elasticity of the prickle was 17.03 GPa,which was 17.93%higher in comparison with the rachis.The hardness of the prickle was 539.27 MPa and was slightly higher than that of the rachis.The results indicated that the discrepancy of micromechanical strengths in different parts of flagella reflects on their unique roles in the process of climbing.	Fukuan Dai Ziwei Wang Tuhua Zhong Hankun Wang Genlin Tian	2022	Journal of Bionic Engineering2022，19，6：	0

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