PPT-Deposition and Characterisation of Superconducting thin films of

NbN and Nb3Sn for SRF applications Reza Valizadeh on behalf of the team 2 nd ARIES Annual Meeting 812 April 2019 Budapest Hungary MOTIVATION Bulk niobium Nb has been for the past three . (PVD and CVD). 1. Plan of presentation. Deposition methods. . CVD(. . Chemical . Vapor . Deposition) . . PVD ( Physical . Vapor . Deposition. ). Principles, processes on . the surface . . 2. International. Contact us at: contact.omics@omicsonline.org. OMICS . International through . its Open Access Initiative is committed to make genuine and reliable contributions to the scientific . community. OMICS International . for the . Transmission . of . Visible . and . Infrared Radiation. Carlos M. . Bledt. . a. and . James A. Harrington . a. a. Dept. of Material Science & Engineering . Rutgers, the State University of New Jersey. Phenomena. : . Block copolymer (BCPs) in thin films with . long range lateral order. ,. self-assembly. and so on….. Block Copolymers (BCPs) in thin films. Physics. : . We consider aspects of. segmental interactions. OMICS . International through . its Open Access Initiative is committed to make genuine and reliable contributions to the scientific . community. OMICS International . journals have over . 3 million. Carlos M. . Bledt. *. a. , Daniel V. Kopp . a. , and James A. Harrington . a. a. Dept. of Material Science & Engineering . Rutgers, the State University of New Jersey. Jason M. . Kriesel. . b. b. for . Sensor . and . Laser Power Delivery Applications. Theory, Design, and Fabrication. Carlos M. . Bledt. . a. , James A. Harrington . a. , and Jason M. . Kriesel. . b. a. Dept. of Material Science & Engineering . Introduction to thin film deposition.. Introduction to chemical vapor deposition (CVD).. Atmospheric Pressure Chemical Vapor Deposition (APCVD).. Other types of CVD (LPCVD, PECVD, HDPCVD…).. Introduction to evaporation.. 6. Conclusions. 2. Experimental Setup . 1. Abstract. We . have developed a novel approach to deposit oxide . . nanostructured thin films via a simple solution chemistry. This approach uses a continuous-flow microreactor to continuously generate a flux of nanoparticles which then impinge on a heated substrate surface. The thin film formation follows a simple particle sticking mechanism. For example, highly transparent nanocrystalline ZnO thin films and exhibit a larger optical bandgap at 4.35 eV were deposited using this technique. Functional ZnO MISFETs were successfully fabricated using this technique after a post air annealing process. In addition to ZnO, we have also deposited, Fe. Peter.mcintosh@stfc.ac.uk. Nicoleta.baboi@desy.de. Juliette.plouin@cea.fr. 8 - 9. th. April 2015. WP12 2. nd. Annual Review Meeting, DESY. Outline. Status of the Project. Publications. Accreditation. a. LIGO. Carmen S. Menoni. Electrical & Computer Engineering. Colorado State University. Collaborators: . Le Yang (Grad. Student), Mariana Fazio (post-doctoral student), Colorado State University. in ASTeC. Oleg Malyshev and Reza Valizadeh. 1. The aim of TF SRF programme. SRF programme at ASTeC started six years ago from no infrastructure and it aims from beginning was to stablish know how for depositing SRF thin film in RF (. Somesh Kr Malhotra. Assistant Professor. ECE . Department,UIET. Introduction. Thin film circuits consist of conductor layers, resistor layers and dielectric layers, similarly to thick film circuits. However, the thin film thicknesses are normally 1 µm or less, an order of magnitude less than for thick film. . Daniel Turner. Lancaster University. Daresbury Laboratory. daniel.turner@cockcroft.ac.uk. SRF limitations. SRF cavities have a large Q. 0 . (10. 10. ) and are more efficient than normal conducting cavities for continuous wave applications..