Bristol NanoESCA Laboratory proposal Project title: Date: Proposer(s): Email(s) Required number Don’t know of days: Approx. time per XPS 0.25 SPA-LEED 1 sample (days): XPS + charge neutralizer 0.5 NanoESCA 1 XPS imaging 1.5 NanoESCA with LHe 2 Analyses for: EPSRC grant Industry grant First time analysis Preliminary test before Diamond Other academic grant (Please Other (please state): synchrotron state): Sample features Chemical composition: Sample size in x, y & z (mm): Number of samples: Material state: Single crystal Film Powder* * Only the responsible of the laboratory can evaluate the quality of the powder deposit BEFORE it is introduced in the fast entry lock. Conductivity: Good for XPS Good for UPS Insulating Don’t know Surface finishing: Mirror-like Rough part(s) of Annealing XPS NanoESCA* SPA-LEED** the facility do you want to use: Sputtering XPS + charge NanoESCA with neutralizer LHe* Vacuum suitcase XPS imaging
Bristol NanoESCA Laboratory proposal Project title: Date: Proposer(s): Email(s) Required number of days: Don’t know Approx. time per sample (days): XPS XPS + charge neutralizer XPS imaging 0.25 0.5 1.5 SPA-LEED NanoESCA NanoESCA with LHe 1 1 2 Analyses for: EPSRC grant Preliminary test before Diamond synchrotron Industry grant Other academic grant (Please state): First time analysis Other (please state): Sample features Chemical composition: Sample size in x, y & z (mm): Number of samples: Material state: Single crystal Film Powder* * Only the responsible of the laboratory can evaluate the quality of the powder deposit BEFORE it is introduced in the fast entry lock. Conductivity: Good for XPS Good for UPS Insulating Don’t know Surface finishing: Mirror-like Rough part(s) of the facility do you want to use: Annealing Sputtering Vacuum suitcase XPS XPS + charge neutralizer XPS imaging NanoESCA* NanoESCA with LHe* SPA-LEED**
Bristol%20NanoESCA%20facility%20proposal.docx