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8篇 您的检索式：作者名="Witzleben"

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		题名	作者	年代	出处	被引量
	1	Total parenteral nutrition显示文摘	Peden VH Witzleben CL Skelton MA	1971	J Pediatr1971，78，1：	1
	2	Investigation of Temperature Dependency of Morphological Properties of Thermoplastic Polyurethane using WAXS and SAXS Monitoring显示文摘	Steffen Thomas Witzleben Katharina Walbrueck Stephanie Elisabeth Klein Margit Schulze	2015	Journal of Chemistry and Chemical Engineering2015，9，8：	1
	3	Total paprenteral nutri- tion显示文摘	Peden VH Witzleben CL Skelton MA	1971	J Pediatr1971，78，1：	1
	4	'Jiangnan Sizhu Music Clubs in Shanghai:Context,Concept and Identity'显示文摘	J.Lawrence Witzleben		0，，：	1
	5	Infantile choriocarcinoma : characteristic syndrome显示文摘	Witzleben CL Brnninga G	1968	J Pediatr1968，73，3：	1
	6	Total parenteral nutrition显示文摘	Peden VH Witzleben CL Skelton MA	1971	J Pediatr1971，78，1：	1
	7	Whose Ethnomusicology?West-ern Ethnomusicology and the Study of Asian Music显示文摘	Witzleben J Lawrence	1997	Ethnomusicology1997，，2：	1
	8	Tunable colors and conductivity by electroless growth of Cu/Cu2O particles on sol-gel modified cellulose显示文摘Development of colored surfaces by formation of nano-structured aggregates is a widely used strategy in nature to color lightweight structures (e.g. butterflies) without the use of dye pigments. The deposition of nanoscale particles mimics nature in it’s approach coloring surfaces. This work presents sol-gel modification of cellulose surfaces used to form a template for growth of Cu/Cu2O core–shell particles with defined size-distributions. Besides improving the adhesion of the deposited particulate material, the sol-gel matrix serves as a template for the control of particle sizes of the Cu/Cu2O structures, and as a consequence of particle size variation the surface color is tunable. As an example, red color was achieved with an average particle size of 35 nm, and shifts gradually to blue appearance when particles have grown to 80 nm on the sol-gel modified fabric. The copper concentration on representative fabrics is kept low to avoid modifying the textile characteristics and were all in the range of 150–170 mg per g of cellulose material. As a result of copper deposition on the surface of the material, the cellulose fabric also became electrically conductive. Remarkably, the electrical conductivity was found to be dependent on the average particle sizes of the deposits and thus related to the change in observed color. The generation of color by growth of nano-sized particles on sol-gel templates provides a highly promising approach to stain surfaces by physical effects without use of synthetic colorants, which opens a new strategy to improve environmental profile of coloration.	Justus Landsiedel Waleri Root Christian Schramm Alexander Menzel Steffen Witzleben Thomas Bechtold Tung Pham	2020	Nano Research2020，13，10：	0

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