Keyword [Calculations]
Result: 141 - 160 | Page: 8 of 10 |
| 141. | Deuteron Universal Phenomenological Optical Potential, As Well As Protons And ~ (58) Ni Reaction Theoretical Calculations |
| 142. | Typical Metal Material Melting Curves And Multiphase Equation Of State Of The Theoretical Calculations |
| 143. | .fe / Cu (100) Dft Calculations Of Magnetic Structure Of Ultrathin Films |
| 144. | Quantum Corral Simulations And Calculations |
| 145. | First-principles Calculations Of The Structural Phase Transition Of The High Pressure Vanadium |
| 146. | Sic (001) Surface Reconstruction Of The First Principle Of The Polytypes |
| 147. | Clusters Mg_n And Feco_n Cluster Structure And The Nature Of First-principles Calculations |
| 148. | P + <sup> 24 </ Sup> Mg ~ <sup> 180 </ Sup> Hf Nuclear Reactions, Optical Model Calculations And Analysis |
| 149. | Two Infrared Detection Materials And Of Mg <sub> 2 </ Sub> The Feh <sub> 6 </ Sub> Electronic Structure And Optical Properties Of The Theory |
| 150. | Of Lab <sub> 6 </ Sub> Optical Properties From First Principles Calculations And Experimental Research |
| 151. | Iv Group Elements, Oxides And V-doped Theoretical Study Of The Structure And Optical Properties Of Si-ge-n Intermediate Band-gap Materials |
| 152. | First Principle Calculations For The Lattice And Thermodynamics Of FCC Metals |
| 153. | Theory Study Of Mg2 Y (Yb) Enhanced Phase And AMgNi4 (A=y, La, Ce, Pr And Nd) Alloys |
| 154. | Mechanical Properties Of Mg2X (X= Si, Ge, Sn , Pb) From The First-principles Calculations |
| 155. | Calculations Of First-Order Born Approximation And BBK Theory In (e,2e) Reaction Of Hydrogen |
| 156. | The Design Calculations And Theoretical Study Of DNA Coding Sequences |
| 157. | The Model Of Control And Model Calculations |
| 158. | Frist-principle Studies Of The Ferromagnetism In SrxPb1-xRuO3 (0≤X≤1) |
| 159. | Effect Of Mn, Pr, Sn, And Zr Doping On Ceria-Based Solid Electrolyte: A First-Principles Investigation |
| 160. | Molecular Dynamics And First-principles Study On Diamond-like Carbon Thin Films |
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