Simulaciones Multiescala aplicadas al estudio de propiedades magnéticas y estructurales de nanoestructuras de metales de transición

Keyphrases

1. Structural Properties 100%
2. Multiscale Simulation 100%
3. Metal Nanostructures 100%
4. Magnetic Properties 100%
5. Burned Area Products 50%
6. Fire_CCI 50%
7. FeF2 50%
8. Phase Effect 50%
9. Core-shell Nanoparticles 50%
10. Structural Relaxation 50%
11. Crystalline Phase 50%
12. Exchange Bias 50%
13. Quality Model 50%
14. Fusion Data 50%
15. JDL Data Fusion Model 50%
16. University-based 50%
17. Capital Model 50%
18. Optoelectronic Properties 50%
19. Phosphorene Quantum Dots 50%
20. Structural Capital 50%
21. Free Base Porphyrin 50%
22. Information Quality 50%
23. Molecular Dynamics 39%
24. Burned Area 37%
25. Organic Molecules 37%
26. FeCo 36%
27. Magnetic Materials 36%
28. Exchange Bias Effect 30%
29. Monte Carlo Simulation 30%
30. Electronic Properties 30%
31. Nanometric 27%
32. Permutation Test 25%
33. Northern Hemisphere 25%
34. Simple Cubic 25%
35. Bootstrap 25%
36. Porphyrin 25%
37. Blue Phosphorene 25%
38. Optical Response 25%
39. Nanoparticles 21%
40. First-principles Method 21%
41. Structural Characterization 18%
42. Nanocylinder 18%
43. Stable Structure 18%
44. Minimum Energy Structure 18%
45. Computational Simulation 18%
46. First-principles Calculations 18%
47. Thermodynamic Properties 18%
48. Ni-Co 18%
49. Magnetic Characterization 18%
50. Nanoscience 18%
51. Imperfection 16%
52. Information Valuation 16%
53. Information for Decision Making 16%
54. Object Valuation 16%
55. Objective Assessment 16%
56. Military 16%
57. Multiple Models 16%
58. Intellectual Capital 16%
59. Decision Support 16%
60. Higher Education Institutions 16%
61. Comparison Method 12%
62. Fragment number 12%
63. Africa 12%
64. Random Matrix Theory 12%
65. Method Study 12%
66. Under Uncertainty 12%
67. Ecosystem Types 12%
68. Face-centered Cubic 12%
69. C5.0 12%
70. Product Accuracy 12%
71. Procrustes Distance 12%
72. Land Cover 12%
73. Field Cooling 12%
74. Ancillary Variables 12%
75. South America 12%
76. Cubic System 12%
77. Tropical Region 12%
78. Cubic Crystal Structure 12%
79. Hysteresis Behavior 12%
80. Nanoparticle Systems 12%
81. Exchange Bias Behavior 12%
82. Cooling Method 12%
83. Procrustes 12%
84. Bias Features 12%
85. Body-centered Cubic 12%
86. Particle Size Distribution 12%
87. Optical Properties 12%
88. Electronic Structure 12%
89. Binding Energy 12%
90. Energy Spectrum 12%
91. Interband 12%
92. Dielectric Function 12%
93. Quantum Dots 12%
94. Van Der Waals Functional 12%
95. Density Functional Theory 12%
96. Relative Orientation 12%
97. Physisorption 12%
98. Magnetic Configuration 9%
99. Molecular Dynamics Simulation 9%
100. Type Systems 9%
101. Scopus 9%
102. Simulation-based 9%
103. Magnetic Parameters 9%
104. Empirical Potentials 9%
105. Size Effect 9%
106. Core-shell Type 9%
107. Electron Redistribution 9%
108. Nanostructured Systems 9%
109. Core-shell 9%
110. Expected Outcomes 9%
111. Exchange Field 9%
112. Structure Building 9%
113. Thermally Stable 9%
114. Multiscale Modeling 9%
115. Scientific Events 9%
116. Core-shell Nanostructure 9%
117. Geometric Size 9%
118. Geometry Effect 9%
119. Hydrogen Impurity 9%
120. Material State 9%
121. Interstitial Impurities 9%
122. Combined System 9%
123. Influence of Impurities 9%
124. Non-magnetic 9%
125. Solid State Physics 9%
126. International Events 9%
127. Exchange Constant 9%
128. Magnetic Phase Diagram 9%
129. Scientific Dissemination 9%
130. MCMC Methods 9%
131. Core-shell Structure 9%
132. Simulation Dynamics 9%
133. Precise Data 9%
134. Nanoporous Solids 9%
135. Fe-Co System 9%
136. Electrical Properties 9%
137. Structure-property Relationships 9%
138. Geometric Parameters 9%
139. Magnetic System 9%
140. Scientific Journals 9%
141. Nanostructured Materials 9%
142. FeNi 9%
143. Coupling Constant 9%
144. NiFe 9%
145. Bimetallic System 9%
146. Impurities 9%
147. Magnetism 9%
148. Computer Program 9%
149. Nanostructures 9%
150. Impurity Effect 9%