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Atomic structure and dynamics of unusual and wide-gap phase-change chalcogenides : a GeTe2 caseUsuki, Takeshi; Benmore, Chris J.; Tverjanovich, Andrey; Bereznev, Sergei; Khomenko, Maxim; Sokolov, Anton; Fontanari, Daniele; Ohara, Koji; Bokova, Maria; Kassem, Mohammad; Bychkov, EugenePhysica status solidi - rapid research letters2024 / art. 2300482 https://doi.org/10.1002/pssr.202300482

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journal article EST / journal article ENG

Decoding the atomic structure of Ga2Te5 pulsed laser deposition films for memory applications using diffraction and first-principles simulationsTverjanovich, Andrey; Benmore, Chris J.; Khomenko, Maxim; Sokolov, Anton; Fontanari, Daniele; Bereznev, Sergei; Bokova, Maria; Kassem, Mohammad; Bychkov, EugeneNanomaterials2023 / art. 2137 https://doi.org/10.3390/nano13142137 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

journal article EST / journal article ENG

Number of records 2, displaying 1 - 2

1. phase-change materials
2. phase change materials
3. phase change material
4. multi-phase materials
5. AI change
6. air change
7. air change rate
8. air change rates
9. biodiversity change
10. change agents
11. change detection
12. change management
13. change of control
14. change point identification
15. change readiness
16. change-stat cultivation
17. climate change
18. climate change mitigation
19. climate change policy
20. climate-change adaptation
21. climate-change impacts
22. climate-change mitigation
23. climate-change policy
24. coastal change
25. colour change
26. commitment to change
27. cultural change
28. demographic change
29. diet change
30. diet change and Iran
31. environmental change
32. extended coordinate change
33. implementation of change
34. institutional change
35. land use change
36. Land-use and land-cover change
37. land-use change
38. management change
39. O33 - technological change
40. organisational change
41. organizational change
42. policy change
43. public sector change
44. rapid climate change
45. rapid voltage change
46. relative sea-level change
47. salinity change
48. shoreline change
49. simulation of air change
50. step change frequency
51. structural change
52. sudden load change
53. technological change
54. technological change
55. temperature change
56. topology change
57. transformative change
58. wage change frequency
59. ventilation air change
60. wind regime change
61. clearance phase II (merger)
62. coarse-grained reinforcing WC phase
63. constant phase element
64. Dual-phase alloys
65. dual-phase high-entropy alow
66. dual-phase reinforcements
67. dynamic phase allocation (DPA)
68. gaseous phase hazardousness
69. gas-phase acidity
70. gas-phase air purification
71. in-phase matrix profile
72. interpenetrating phase composites
73. lag phase
74. limiting phase angle
75. liquid phase sintering
76. Martensitic phase transition
77. MAX phase
78. melted-phase recrystallization
79. metal-metal interpenetrating phase composites
80. metastable phase formation
81. Mg2Si phase
82. multi-phase
83. multi-phase flow
84. multi-phase image segmentation
85. multi-phase microfluidics
86. PDF of particulate phase velocity
87. phase angle
88. phase angles
89. phase composition
90. phase control
91. phase curves
92. phase diagram simulation
93. phase equilibrium
94. phase estimation
95. phase evolution
96. phase field theory
97. phase formation
98. phase identification
99. phase one deal
100. phase shift
101. phase shift modulation
102. phase transformation
103. phase transition front
104. phase-increment sampling
105. phase-modular converter
106. phase–plane
107. phase-shift modulation
108. phase-shift modulation (PSM)
109. phase-transfer catalysis
110. quadrature phase shift keying
111. S phase
112. Secondary phase
113. single phase
114. single phase inverter
115. single phase system
116. single-phase
117. single-phase induction motor
118. single-phase inverter
119. single-phase system
120. six-phase induction motor
121. six-phase induction motor (6PIM)
122. solid phase extraction
123. solid-phase extraction
124. solid‐phase extraction
125. solid-phase extraction - SPE
126. solid-phase extraction (SPE)
127. solid-phase microextraction
128. solid-phase-interaction
129. stationary phase
130. zero injection phase
131. three-phase
132. three-phase dc-ac converter
133. three-phase power factor correction (PFC) converter
134. Three-phase rectifier
135. three-phase unbalance mitigation
136. two-phase flow
137. two-phase medium
138. WC hardening phase
139. absorptive materials
140. acoustic materials
141. aerospace materials
142. agglomeration (materials)
143. amorphous materials
144. Anode materials
145. antibacterial materials
146. applications and performances of bioinspired materials
147. bio-based materials
148. bio‐based materials
149. biocompatible materials
150. biocomposite materials
151. bitumen-based roofing materials
152. boi ceramic materials
153. bond strength (materials)
154. building materials
155. carbon based materials
156. carbon materials
157. carbon neutral building materials
158. carbon-based materials
159. ceramic luminescent materials
160. ceramic materials
161. composite materials
162. construction materials
163. Critical Raw Materials
164. dielectric materials
165. dispersion strengthened materials
166. earth-abundant materials
167. EIT Raw Materials
168. electroactive materials
169. electron transporting materials
170. ferromagnetic materials
171. fill materials
172. flow packaging materials
173. fracture (materials)
174. functional materials
175. functionalized materials
176. fusion-related materials
177. granular materials
178. Hard magnetic materials
179. high-entropy materials
180. historic building materials
181. hybrid materials
182. indoor finishing materials
183. inorganic materials
184. insulation materials
185. insulation materials
186. living materials
187. local natural materials
188. luminogenic materials
189. macroporous materials
190. magnetic materials
191. magnetically ordered materials
192. materials
193. materials chemistry
194. materials computational analysis
195. materials design
196. materials engineering
197. materials mass origin
198. materials reliability
199. materials science
200. materials technology
201. materials testing
202. mechanics of materials
203. mesoporous materials
204. MIEC materials
205. M–N–C catalyst materials
206. monograin materials
207. nanostructured materials
208. optical materials
209. optically active materials
210. organic materials
211. oxide materials
212. plasma facing materials
213. plasma-facing materials
214. porous carbon materials
215. porous materials
216. powder materials
217. processing of bioinspired materials
218. prosthesis materials
219. raw materials
220. recycled building materials
221. road materials
222. sensing materials
223. simulations of bioinspired materials at all length scales
224. smart materials
225. smart materials with structural health monitoring capabilities
226. soft magnetic composite materials
227. soft magnetic materials
228. soft robot materials and design
229. solar energy materials
230. soundproof materials
231. structures and materials
232. sustainable materials
233. teaching materials
234. transportation materials
235. Two-dimensional materials
236. Ultrafine-grained materials
237. wear of materials
238. wide bandgap materials
239. virucidal materials
240. wooden materials

1. EIT Raw Materials
2. Heidelberg Materials
3. International Baltic conference on engineering materials and tribology (24 : 2015 : Tallinn)

1. Department of Materials and Environmental Technology

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