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Ultra-High Resolution Scanning thermal probe nanolithography with hybrid micro-nanolithography & 3D lithography capabilities.
The AFM/thermal lithography system will enable patterning physical and chemical features with the nanoscale resolution, which is decisive for molecular devices and 2D-material devices. In addition, the integration of AFM, laser writing and thermal imaging has the potential for the development of new experimental techniques on correlation aspects of scanning based nanoscopy.
The proposed platform must include AFM-based thermal lithography system equipped with grey scale patterning.
Critically, the proposed platform must be fully compatible with argon/nitrogen-filled glovebox to enable operation in an inert environment.
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https://in-tendhost.co.uk/universityofmanchester/aspx/Home
Delivery Notes
Ultra-High Resolution Scanning thermal probe nanolithography with hybrid micro-nanolithography & 3D lithography capabilities.
The AFM/thermal lithography system will enable patterning physical and chemical features with the nanoscale resolution, which is decisive for molecular devices and 2D-material devices. In addition, the integration of AFM, laser writing and thermal imaging has the potential for the development of new experimental techniques on correlation aspects of scanning based nanoscopy.
The proposed platform must include AFM-based thermal lithography system equipped with grey scale patterning.
Critically, the proposed platform must be fully compatible with argon/nitrogen-filled glovebox to enable operation in an inert environment.
Is a Recurrent Procurement Type? : No
No supplier information available.