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journal article EST / journal article ENG

Up-conversion enhancement in Er3+ / Yb3+ doped 1-D microcavity based on alternating aluminosilicate glass and titania sol-gel layersRojas Hernandez, Rocio Estefania; Santos, Luis F.; Almeida, Rui M.Ceramics international2020 / p. 26273-26281 https://doi.org/10.1016/j.ceramint.2019.12.248 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

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302

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Value for money : a cost-effectiveness analysis of microplastic analytics in seawaterMeyers, Nelle; Kopke, Kathrin; Buhhalko, Natalja; Mattsson, Karin; Janssen, Colin R.; Everaert, Gert; De Witte, BavoMicroplastics and nanoplastics2024 / art. 4 https://doi.org/10.1186/s43591-024-00081-x Journal metrics at Scopus Article at Scopus Article at WOS

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303

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Wear behaviour and wear mechanisms of different hardmetal grades in comparison with polycrystalline diamond in a new impact-abrasion testKonyashin, I.; Antonov, Maksim; Ries, B.International journal of refractory metals and hard materials2020 / art. 105286 https://doi.org/10.1016/j.ijrmhm.2020.105286 Journal metrics at Scopus Article at Sccopus Journal metrics at WOS Article at WOS

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304

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Wear behaviour of doped WC–NI based hardmetals tested by four methodsYung, Der-Liang; Antonov, Maksim; Veinthal, Renno; Hussainova, IrinaWear2016 / p. 171-179 : ill https://doi.org/10.1016/j.wear.2016.02.015 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

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305

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Wear performance of hierarchically structured alumina reinforced by hybrid graphene encapsulated alumina nanofibersHussainova, Irina; Baroninš, Janis; Drozdova, Maria; Antonov, MaksimWear2016 / p. 287-295 : ill https://doi.org/10.1016/j.wear.2016.09.028 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

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306

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Wetting and interfacial behaviour in the TiB2-NiCrBSiC systemStorozhenko, Maryna; Umanskyi, Oleksandr; Antonov, MaksimJournal of alloys and compounds2019 / p. 15-22 : ill https://doi.org/10.1016/j.jallcom.2018.11.102 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

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307

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Young’s modulus of illitic clay in the temperature region of quartz transitionHulan, Tomaš; Štubna, Igor; Kaljuvee, Tiit; Knapek, MichalJournal of thermal analysis and calorimetry2022 / p. 7701-7707 https://doi.org/10.1007/s10973-021-11083-9 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

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Number of records 307, displaying 301 - 307

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1. materials chemistry
2. materials science
3. chemistry and philosophy of science
4. absorptive materials
5. acoustic materials
6. aerospace materials
7. agglomeration (materials)
8. amorphous materials
9. Anode materials
10. antibacterial materials
11. Antimicrobial materials
12. applications and performances of bioinspired materials
13. bio-based materials
14. bio‐based materials
15. biocompatible materials
16. biocomposite materials
17. bitumen-based roofing materials
18. boi ceramic materials
19. bond strength (materials)
20. building materials
21. carbon based materials
22. carbon materials
23. carbon neutral building materials
24. carbon-based materials
25. cathode materials
26. ceramic luminescent materials
27. ceramic materials
28. coating materials
29. composite materials
30. construction materials
31. Critical Raw Materials
32. Detector design and construction technologies and materials
33. dielectric materials
34. dispersion strengthened materials
35. earth-abundant materials
36. EIT Raw Materials
37. electroactive materials
38. electron transporting materials
39. engineered living materials
40. ferromagnetic materials
41. fill materials
42. flow packaging materials
43. fracture (materials)
44. functional materials
45. functionalized materials
46. fusion-related materials
47. gradient-structured materials
48. granular materials
49. Hard magnetic materials
50. hazardous materials
51. high-entropy materials
52. historic building materials
53. hybrid materials
54. indoor finishing materials
55. inorganic materials
56. insulation materials
57. insulation materials
58. living materials
59. local natural materials
60. luminogenic materials
61. macroporous materials
62. magnetic materials
63. magnetically ordered materials
64. materials
65. materials computational analysis
66. materials design
67. materials engineering
68. materials mass origin
69. materials reliability
70. materials technology
71. materials testing
72. mechanics of materials
73. mesoporous materials
74. MIEC materials
75. M–N–C catalyst materials
76. monograin materials
77. multi-phase materials
78. nanostructured materials
79. Natural materials
80. nonwoven materials
81. optical materials
82. optically active materials
83. organic materials
84. oxide materials
85. phase change materials (PCM)
86. phase-change materials
87. plasma facing materials
88. plasma-facing materials
89. porous carbon materials
90. porous materials
91. powder materials
92. processing of bioinspired materials
93. prosthesis materials
94. Rare-earth-free luminescent materials
95. raw materials
96. recycled building materials
97. road materials
98. sensing materials
99. simulations of bioinspired materials at all length scales
100. smart materials
101. smart materials with structural health monitoring capabilities
102. soft magnetic composite materials
103. soft magnetic materials
104. soft robot materials and design
105. solar energy materials
106. soundproof materials
107. structures and materials
108. sustainable materials
109. teaching materials
110. transportation materials
111. Two-dimensional materials
112. ultrafine grained (UFG) materials
113. Ultrafine-grained materials
114. wear of materials
115. wide bandgap materials
116. virucidal materials
117. wooden materials
118. analytical chemistry
119. analytical chemistry applications
120. atmospheric chemistry
121. bioinorganic chemistry
122. biophysical chemistry
123. carbonate chemistry
124. chemistry
125. chemistry concepts
126. chemistry teaching
127. click chemistry
128. computational chemistry
129. defect chemistry
130. dual character of chemistry
131. dynamic covalent chemistry
132. environmental analytical chemistry
133. environmental chemistry
134. fatty acid/physical chemistry
135. fjord chemistry
136. flotation and surface chemistry processes
137. flow chemistry
138. Green analytical chemistry
139. green chemistry
140. green chemistry metrics
141. host-guest chemistry
142. HsC chemistry
143. industrial chemistry
144. Inorganic chemistry
145. laws of chemistry
146. lipids/chemistry
147. Marine chemistry
148. organic chemistry
149. organometallic chemistry
150. phases chemistry
151. physical chemistry
152. polymer chemistry
153. QD chemistry
154. radical chemistry
155. Reaxys Chemistry database information
156. redox chemistry
157. Rhizosphere chemistry
158. sea-ice chemistry
159. soil chemistry
160. sol-gel chemistry
161. Solid Fuel Chemistry
162. solvent-free chemistry
163. stream water chemistry
164. supramolecular chemistry
165. sustainable chemistry

1. EIT Raw Materials
2. Heidelberg Materials
3. International Baltic conference on engineering materials and tribology (24 : 2015 : Tallinn)
4. Neo Performance Materials (NPM) Narva magnetitehas

1. Department of Materials and Environmental Technology
2. Department of Chemistry and Biotechnology

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