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journal article EST / journal article ENG

Bifunctional multi-metallic nitrogen-doped nanocarbon catalysts derived from 5-methylresorcinolKisand, Kaarel; Sarapuu, Ave; Kikas, Arvo; Kisand, Vambola; Rähn, Mihkel; Treshchalov, Alexey; Käärik, Maike; Piirsoo, Helle-Mai; Aruväli, Jaan; Paiste, PäärnElectrochemistry communications2021 / art. 106932 https://doi.org/10.1016/j.elecom.2021.106932 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

journal article EST / journal article ENG
2

journal article EST / journal article ENG

Fused hybrid linkers for metal–organic framework-derived bifunctional oxygen electrocatalystsPing, Kefeng; Braschinsky, Alan; Alam, Mahboob; Bhadoria, Rohit; Mikli, Valdek; Mere, Arvo; Aruväli, Jaan; Paiste, Päärn; Vlassov, Sergei; Kook, Mati; Rähn, Mihkel; Sammelselg, Väino; Tammeveski, Kaido; Kongi, Nadežda; Starkov, PavelACS Applied Energy Materials2020 / p. 152–157 : ill https://doi.org/10.1021/acsaem.9b02039 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

journal article EST / journal article ENG
Seotud publikatsioonid 1
- Fabrication of novel metal, nitrogen co-doped carbon materials based on a unique organic ligand = Uue orgaanilise ligandi kasutuselevõtt metalli ja lämmastikuga rikastatud süsinikmaterjalide sünteesimiseks
3

journal article

Fused hybrid linkers for metal–organic frameworks-derived bifunctional oxygen electrocatalysts : [version 1.0] [Online resource]Ping, Kefeng; Braschinsky, Alan; Alam, Mahboob; Bhadoria, Rohit; Mikli, Valdek; Mere, Arvo; Starkov, PavelChemRxiv2019 / 10 p., S16 p. : ill https://doi.org/10.26434/chemrxiv.7687358

journal article
4

journal article

Fused hybrid linkers for metal–organic frameworks-derived bifunctional oxygen electrocatalysts : [version 2.0] [Online resource]Ping, Kefeng; Braschinsky, Alan; Alam, Mahboob; Bhadoria, Rohit; Mikli, Valdek; Mere, Arvo; Starkov, PavelChemRxiv2019 / 10 p., S17 p. : ill https://doi.org/10.26434/chemrxiv.7687358.v2

journal article
5

journal article EST / journal article ENG

Peat as a carbon source for non-platinum group metal oxygen electrocatalysts and AEMFC cathodesTeppor, Patrick; Jäger, Rutha; Paalo, Maarja; Adamson, Anu; Härmas, Meelis; Volobujeva, Olga; Aruväli, Jaan; Palm, Rasmus; Lust, EnnInternational Journal of Hydrogen Energy2022 / p. 16908 - 16920 https://doi.org/10.1016/j.ijhydene.2022.03.199 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

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6

journal article EST / journal article ENG

Peat-derived carbon-based non-platinum group metal type catalyst for oxygen reduction and evolution reactionsTeppor, Patrick; Jäger, Rutha; Paalo, Maarja; Palm, Rasmus; Volobujeva, Olga; Härk, Eneli; Kochovski, Zdravko; Romann, Tavo; Härmas, R.; Aruväli, Jaan; Kikas, Arvo; Lust, EnnElectrochemistry Communications2020 / art. 106700 https://doi.org/10.1016/j.elecom.2020.106700 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

journal article EST / journal article ENG

Number of records 6, displaying 1 - 6

1. oxygen evolution reaction
2. oxygen evolution reaction (OER)
3. oxygen reduction reaction
4. oxygen reduction reaction (ORR)
5. atomic oxygen irradiation
6. carbon and oxygen isotopes
7. dissolved oxygen
8. hydrogel oxygen diffusion
9. oxygen
10. oxygen adsorption capacity
11. oxygen and carbon isotopes
12. oxygen atom
13. oxygen barrier
14. oxygen concentration
15. oxygen conditions
16. oxygen consumption
17. oxygen consumption rate
18. oxygen containing compounds
19. oxygen content
20. oxygen electroreduction
21. oxygen heterocycles
22. oxygen influence
23. oxygen isotope ratio
24. oxygen isotopes
25. oxygen reduction
26. oxygen sensor
27. oxygen transmission rate
28. oxygen vacancies
29. oxygen-18
30. reactive oxygen specie
31. reactive oxygen species
32. reactive oxygen species (ROS)
33. sulfate oxygen isotopes
34. air-water and water-air interface evolution
35. asymmetric Biginelli-like reaction
36. asymmetric reaction
37. Barbier reaction
38. Biginelli reaction
39. click reaction
40. climate evolution
41. coastal evolution
42. co-evolution
43. contact reaction
44. coupled time fractional order reaction–advection–diffusion systems
45. cytoskeleton evolution
46. domino reaction
47. ecosystem evolution
48. enthalpy of reaction
49. epoxidation reaction
50. evolution
51. evolution equation
52. evolution equations
53. evolution of gnathostome dentition
54. evolution of host specificity
55. evolution of lakes
56. evolution of logistics
57. evolution, molecular
58. fire reaction
59. fiscal reaction function
60. gas evolution
61. gene evolution
62. generalized fractional evolution equation
63. Glaser-Hay reaction
64. Grignard reaction
65. growth/reaction mechanism
66. Hydrogen evolution
67. interoperability and evolution of healthcare models and software systems
68. Kulinkovich reaction
69. long term evolution (LTE)
70. long-term evolution (LTE) sidelink
71. Malware evolution
72. market reaction
73. methanol oxidation reaction
74. Michael reaction
75. microstructural evolution
76. microstructure evolution
77. Mukaiyama–Michael reaction
78. Mäule reaction
79. nonlinear evolution equations
80. parallel reaction model
81. phase evolution
82. postformation evolution
83. process evolution
84. reaction boudaries
85. reaction conditions
86. reaction kinetics
87. reaction mechanism
88. reaction mechanisms
89. reaction path
90. Reaction products
91. reaction rate
92. reaction species
93. reaction time
94. reaction to fire
95. reaction-diffusion systems
96. reverse transcription polymerase chain reaction
97. schema evolution
98. solid state reaction
99. solvent-free reaction
100. staining reaction
101. Suzuki-Miyaura reaction
102. Tetrapod evolution
103. Thematic evolution
104. Tsuji-Trost reaction
105. Weisner reaction

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