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Journal of nuclear materials (allikas)

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Kirjeid leitud 4
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Comparison of damages in tungsten and tungsten doped with lanthanum-oxide exposed to dense deuterium plasma shotsShirokova, Veroonika; Laas, Tõnu; Mikli, ValdekJournal of nuclear materials2013 / p. 181-188 : ill https://www.sciencedirect.com/science/article/abs/pii/S0022311512006848 https://doi.org/10.1016/j.jnucmat.2012.12.027 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

artikkel ajakirjas EST / artikkel ajakirjas ENG
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Corrigendum to "Generation and development of damages in double forged tungsten in different regimes of irradiation with extreme heat loads" [J. Nucl. Mater. 495 (2017) 91-102]Paju, Jana; Väli, Berit; Laas, Tõnu; Shirokova, Veroonika; Antonov, MaksimJournal of nuclear materials2018 / p. 323-324 : tab https://doi.org/10.1016/j.jnucmat.2018.03.003 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

artikkel ajakirjas EST / artikkel ajakirjas ENG
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artikkel ajakirjas EST / artikkel ajakirjas ENG

Generation and development of damage in double forged tungsten in different combined regimes of irradiation with extreme heat loadsPaju, Jana; Väli, Berit; Laas, Tõnu; Shirokova, Veroonika; Antonov, MaksimJournal of nuclear materials2017 / p. 91-102 : ill https://doi.org/10.1016/j.jnucmat.2017.07.042 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

artikkel ajakirjas EST / artikkel ajakirjas ENG
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artikkel ajakirjas EST / artikkel ajakirjas ENG

Parallel investigation of double forged pure tungsten samples irradiated in three DPF devicesGribkov, V. A.; Shirokova, Veroonika; Pokatilov, Andrei; Parker, MartinJournal of nuclear materials2015 / p. 341-346 : ill https://doi.org/10.1016/j.jnucmat.2014.11.080 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

artikkel ajakirjas EST / artikkel ajakirjas ENG

Kirjeid leitud 4, kuvan 1 - 4

1. hepatocyte nuclear factor 4
2. nuclear energy
3. nuclear factor erythroid 2‐related factor 2
4. nuclear fusion
5. nuclear localization
6. nuclear magnetic resonance
7. nuclear magnetic resonance (NMR)
8. nuclear magnetic resonance spectroscopy
9. nuclear matrix targeting sequence
10. nuclear medicine
11. nuclear organelles
12. nuclear power
13. nuclear shielding applications
14. nuclear structures
15. short interspersed nuclear elements (SINE)
16. solid state nuclear magnetic resonance
17. absorptive materials
18. acoustic materials
19. aerospace materials
20. agglomeration (materials)
21. amorphous materials
22. Anode materials
23. antibacterial materials
24. Antimicrobial materials
25. applications and performances of bioinspired materials
26. bio-based materials
27. bio‐based materials
28. biocompatible materials
29. biocomposite materials
30. bitumen-based roofing materials
31. boi ceramic materials
32. bond strength (materials)
33. building materials
34. carbon based materials
35. carbon materials
36. carbon neutral building materials
37. carbon-based materials
38. cathode materials
39. ceramic luminescent materials
40. ceramic materials
41. composite materials
42. construction materials
43. Critical Raw Materials
44. dielectric materials
45. dispersion strengthened materials
46. earth-abundant materials
47. EIT Raw Materials
48. electroactive materials
49. electron transporting materials
50. ferromagnetic materials
51. fill materials
52. flow packaging materials
53. fracture (materials)
54. functional materials
55. functionalized materials
56. fusion-related materials
57. gradient-structured materials
58. granular materials
59. Hard magnetic materials
60. hazardous materials
61. high-entropy materials
62. historic building materials
63. hybrid materials
64. indoor finishing materials
65. inorganic materials
66. insulation materials
67. insulation materials
68. living materials
69. local natural materials
70. luminogenic materials
71. macroporous materials
72. magnetic materials
73. magnetically ordered materials
74. materials
75. materials chemistry
76. materials computational analysis
77. materials design
78. materials engineering
79. materials mass origin
80. materials reliability
81. materials science
82. materials technology
83. materials testing
84. mechanics of materials
85. mesoporous materials
86. MIEC materials
87. M–N–C catalyst materials
88. monograin materials
89. multi-phase materials
90. nanostructured materials
91. Natural materials
92. nonwoven materials
93. optical materials
94. optically active materials
95. organic materials
96. oxide materials
97. phase change materials (PCM)
98. phase-change materials
99. plasma facing materials
100. plasma-facing materials
101. porous carbon materials
102. porous materials
103. powder materials
104. processing of bioinspired materials
105. prosthesis materials
106. Rare-earth-free luminescent materials
107. raw materials
108. recycled building materials
109. road materials
110. sensing materials
111. simulations of bioinspired materials at all length scales
112. smart materials
113. smart materials with structural health monitoring capabilities
114. soft magnetic composite materials
115. soft magnetic materials
116. soft robot materials and design
117. solar energy materials
118. soundproof materials
119. structures and materials
120. sustainable materials
121. teaching materials
122. transportation materials
123. Two-dimensional materials
124. ultrafine grained (UFG) materials
125. Ultrafine-grained materials
126. wear of materials
127. wide bandgap materials
128. virucidal materials
129. wooden materials
130. USN Journal

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

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