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Generation of High Aspect Ratio Metal Microstructures Exhibiting Low Surface Roughness by Drop-wise Printing of Liquid Metal

机译：通过液滴印刷液态金属产生具有低表面粗糙度的高长宽比金属微结构

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Lass N.; Gerdes B.; Jehle M.; Riegger L.; Zengerle R.; Koltay P.;
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1. Effect of substrate surface roughness on electric current induced flow of liquid metals [J] . Talukder Santanu, Somaiah Nalla, Kumar Praveen Applied Physics Letters . 2013,第5期

机译：基材表面粗糙度对电流诱导的液态金属流动的影响
2. Effect of substrate surface roughness on electric current induced flow of liquid metals [J] . Santanu Talukder, Nalla Somaiah, Praveen Kumar Applied Physics Letters . 2013,第5期

机译：基材表面粗糙度对电流诱导的液态金属流动的影响
3. Subsurface microstructure of metal-on-metal hip joints and its relationship to wear particle generation. [J] . Buscher R, Tager G, Dudzinski W, Journal of biomedical materials research. Part B, Applied biomaterials. . 2005,第1期

机译：金属对金属髋关节的亚表面微观结构及其与磨损颗粒生成的关系。
4. GENERATION OF HIGH ASPECT RATIO METAL MICROSTRUCTURES EXHIBITING LOW SURFACE ROUGHNESS BY DROP-WISE PRINTING OF LIQUID METAL [C] . N. Lass, B. Gerdes, M. Jehle Eurosensors (Conerence) . 2015

机译：通过液体金属滴印刷表现出低表面粗糙度的高纵横比金属微观结构
5. LIQUID THEORY OF THE ALKALI-METALS: PART I. THE SIGNIFICANT LIQUID STRUCTURE THEORY APPLIED TO THE THERMODYNAMIC PROPERTIES OF THE ALKALI-METALS. PART II. THE SIGNIFICANT LIQUID STRUCTURE THEORY APPLIEDTO THE SURFACE TENSION OF THE ALKALI-METALS. PART II [D] . HSU, CHEN CHAO. 1972

机译：碱金属的液体理论：第一部分，适用于碱金属热力学性质的重要液体结构理论。第二部分重要的液体结构理论适用于碱金属的表面张力。第二部分
6. Generation of Scalable Metallic High-Aspect Ratio Nanocomposites in a Biological Liquid Medium [O] . Kinsey Cotton Kelly, Jessica R. Wasserman, Sneha Deodhar, 2015

机译：在生物液体介质中生成可缩放的金属高长径比纳米复合材料
7. Subsurface microstructure of metal-on-metal hip joints and its relationship to wear particle generation [O] . R. Büscher, G. Täger, W. Dudzinski, 2004

机译：金属髋关节盖板微观结构及其与磨粒生成关系
8. Laser ultrasonic generation at the surface of a liquid metal [R] . Walter, J. B., Telschow, K. L., Conant, R. J. 1995

机译：在液态金属表面产生激光超声波

Generation of High Aspect Ratio Metal Microstructures Exhibiting Low Surface Roughness by Drop-wise Printing of Liquid Metal

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