Thermo Fisher ESCALAB 259Xi X Ray Photoelectron Spectrometer (XPS)

Keyphrases

1. Corrosion Products 100%
2. Steel Corrosion 96%
3. Accelerated Low Water Corrosion 88%
4. Microbial Sulfur Cycle 88%
5. Microcosm 88%
6. Corrosion 88%
7. X-ray Photoelectron Spectrometer 88%
8. Marine Steel 74%
9. X-ray Photoelectron Spectroscopy 73%
10. Morin 66%
11. Iron Sulfide 59%
12. Chemical Characterization 55%
13. Microbes 55%
14. Oxide-based 53%
15. Graphene Oxide 50%
16. Silicification 48%
17. Barley 44%
18. Molybdenite 44%
19. Nitric Oxide 44%
20. Gold Mineralization 44%
21. Eureka 44%
22. Formation Conditions 44%
23. Substitution Mechanism 44%
24. Oxidation State 44%
25. Nitrobenzene Reduction 44%
26. Nanocatalyst 44%
27. Ru Nanocatalyst 44%
28. Sustainable Reduction 44%
29. Sulfur 44%
30. Ce(IV) 44%
31. Shear Zone 44%
32. Dy(III) 44%
33. Ce(III) 44%
34. Green Synthesis 44%
35. Multilayer Graphene Oxide 44%
36. Radiation Effects 44%
37. Sonochemistry 44%
38. Reduced Graphene Oxide 44%
39. Trace Detection 44%
40. Ruthenium 44%
41. Carbonatite 44%
42. Polyurethane 44%
43. Efficient Removal 44%
44. Greenland 44%
45. Rice Husk 44%
46. Flax 44%
47. Protein Fibers 44%
48. Modified Fenton 44%
49. Metaldehyde 44%
50. Wheat 44%
51. Monazite-(Ce) 44%
52. Hypozonal 44%
53. Pluronic 44%
54. Thermo 44%
55. Edge Functionalization 44%
56. Activated Carbon 44%
57. Fluid Mixing 44%
58. Contaminated Water 44%
59. Valve Action 44%
60. Biomolecules 44%
61. Fault Valve 44%
62. Polyvinyl Chloride 44%
63. Thermogravimetric Analysis 44%
64. Cu-modified 44%
65. Catalytic Generation 44%
66. Acetone 44%
67. Namibia 44%
68. Fisher 44%
69. Agricultural Waste 44%
70. Biological Characterization 44%
71. High-throughput Amplicon Sequencing 44%
72. Microbial Community 44%
73. Monochromator 44%
74. Multi-method 44%
75. Microfocus 44%
76. Configurability 44%
77. X-ray Monochromators 44%
78. Thermo Fisher Scientific 44%
79. X-ray 44%
80. Bed Sediment 40%
81. Fourier Transform Infrared Spectroscopy (FT-IR) 38%
82. Sulfate-reducing 35%
83. Exfoliating 33%
84. Demonstration Sites 33%
85. Corrosion Risk 33%
86. Inductively Coupled Plasma Atomic Emission Spectrometry 31%
87. N2 Adsorption 29%
88. Absorption Spectroscopy 29%
89. Silica 29%
90. Heavy Metals 29%
91. Treatment Cycle 29%
92. Water Treatment 29%
93. Fluorescence Spectroscopy 29%
94. Dynamic Light Scattering 29%
95. Surface Oxide 29%
96. Steel Surface 29%
97. Hydrogen Sulfide 29%
98. Sulfur Oxidation Ratio 29%
99. Sulfate-reducing Bacteria 29%
100. Anoxic Microenvironments 29%
101. Sulfur Cycle 29%
102. Iron Sulfate 29%
103. Microbiology 29%
104. Pounding 29%
105. Global Spread 29%
106. Product Form 29%
107. Layered Structure 29%
108. Bacterial Activity 29%
109. Sulfide-oxidizing Bacteria 29%
110. Iron Oxide 29%
111. Electron Donor 29%
112. Ingress 22%
113. Polyphenols 22%
114. Powder X-ray Diffraction 22%
115. Spectroscopy Absorption 22%
116. Excellent Catalytic Performance 22%
117. Biomolecule-assisted 22%
118. Nitrobenzene 22%
119. Synthetic Routes 22%
120. Consecutive Cycles 22%
121. Open Atmosphere 22%
122. MoS2 Nanosheets 22%
123. Differential Scanning Calorimetry 22%
124. Liquid-phase Exfoliation 22%
125. Inert Atmosphere 22%
126. Aqueous Solution 22%
127. Nitrate Ion Removal 22%
128. Fluid Inclusions 22%
129. Low-temperature Nitrogen Adsorption 22%
130. Carbon-doped 22%
131. High-temperature Treatment 22%
132. N-doped Activated Carbon 22%
133. Anion Exchange Capacity 22%
134. Mercury Porosimetry 22%
135. High Adsorption Capacity 22%
136. Aniline Derivatives 22%
137. Scanning Electron Microscopy 22%
138. Mass Spectrometry 22%
139. Urea 22%
140. High-resolution Transmission Electron Microscopy (HRTEM) 22%
141. Significant Loss 22%
142. Catalytic Activity 22%
143. Environmentally Friendly 22%
144. Continuous Monitoring 22%
145. Antwerp 22%
146. Academy 22%
147. High-energy Electrons 22%
148. Metallic Anode 22%
149. Electron Current 22%
150. Material Intensity 22%
151. Anode Material 22%
152. Beam Intensity 22%
153. Capital Funding 22%
154. Environmental Science 22%
155. Science Capital 22%
156. Graphene 20%
157. Sulfur Compounds 19%
158. Corrosion Type 19%
159. Transmission Electron Microscopy 18%
160. Physiological Level 17%
161. Polydopamine 17%
162. Hydrogen Peroxide 14%
163. Oxidizing Treatment 14%
164. Carbonyl Group 14%
165. Hydrophilic Characteristics 14%
166. Spectroscopic Techniques 14%
167. Peptide Motif 14%
168. Agricultural Production 14%
169. Fenton Reaction 14%
170. Contaminant Concentration 14%
171. Pollutants 14%
172. Regeneration 14%
173. Biomineralization 14%
174. Catalytic Performance 14%
175. Irradiation 14%
176. Rapid Removal 14%
177. Surface Chemistry 14%
178. Native Protein 14%
179. Main Mode 14%
180. Fiber Formation 14%
181. Silica Nanostructures 14%
182. Protein Use 14%
183. Self-assembled Fibers 14%
184. Self-assembling 14%
185. Relative Orientation 14%
186. Mineral Deposition 14%
187. Adsorption Properties 14%
188. Inorganic Materials 14%
189. Microscopic Scale 14%
190. Silica Deposition 14%
191. Soluble Contaminant 14%
192. Background Organic Matter 14%
193. Dissolved Salts 14%
194. Starting Performance 14%
195. Fibrillogenesis 14%
196. Nanocarbon 14%
197. X-ray Photoelectron Spectroscopy Analysis 14%
198. Prolonged Use 14%
199. Emerging Contaminants 14%
200. Peptide Sequencing 14%