Keyword [Copper sulfide]
Result: 121 - 140 | Page: 7 of 9 |
| 121. | Preparation Of Nano Copper Sulfide And Its Near Infrared Shielding Performance |
| 122. | Preparation Of Composites Based On Porous CuO-Cu2O Microspheres And Study Of Their Electrochemical Performance |
| 123. | Preparation Of Lignocellulosic Flexible Electrode And Study Of Its Electrochemical Performance |
| 124. | Preparation And Performance Research Of Bionic Micro-nano Copper Sulfide Photoelectric Detection Materials |
| 125. | The Fabrication And Application Of Electrochemical Sensor Based On CuS Nanocomposites |
| 126. | Study On The Photocatalytic Performance Of G-C3N4 Nanotube Composites |
| 127. | Preparation Of Superamphiphobic Textiles Based On CuS/SIO2 Aerogel Composites |
| 128. | Study On The Regulation And Application Of Near-infrared Absorption Performance Of Copper Sulfide |
| 129. | Study On The Flotation Process Of Refractory Copper Sulfide Ore And The Separation Mechanism Of Copper And Sulfur |
| 130. | Preparation Of Copper Sulfide-based Nanocomposite Materials And Its Application In Tumor Synergistic Treatment |
| 131. | Experimental Study On Sulfuric Acid Leaching Of High Arsenic Copper Sulfide Concentrate |
| 132. | Research On The Solvent Selection Mechanism Of Copper Sulfide Phase And Its Application In Photoelectric Catalysis |
| 133. | Copper sulfide solid-state electrolytic memory devices |
| 134. | Three approaches to economical photovoltaics: Conformal copper sulfide , organic luminescent films, and lead selenide nanocrystal superlattices |
| 135. | Growth, Characterizations and Applications of Copper Sulfide Thin Films by Solution-Based Processes |
| 136. | Abiotic controls on copper isotope fractionation during the dissolution of copper sulfide minerals |
| 137. | An investigation of the adhesion interface formed in the squalene model systems on brass |
| 138. | Ultrafast electronic relaxation processes in semiconductor nanoparticles (silver iodide, silver iodide/silver sulfide, silver bromide/silver sulfide, silver sulfide, cupric sulfide, and copper sulfide) and carotenoids |
| 139. | Precious -metal mineralization and sulfide -silicate relationships in some Canadian nickel-copper sulfide deposits: Thompson mine, Manitoba; Sudbury, Ontario; Dundonald Beach, Ontario |
| 140. | A structural prediction of copper sulfide and study of its electronic properties and vacancy forming trend using density functional theory |
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