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Analysing undisturbed bottom boundary layer profiles of some North-Estonian coastal areasErm, Ants; Voll, Martin; Buschmann, Fred; Roots, Ott10th Baltic Sea Science Congress : Science and innovation for future of the Baltic and the European regional seas : 15-19 June, 2015, Riga, Latvia : abstract book2015 / p. 227 http://www.bssc2015.lv/wp-content/uploads/2015/07/10th_BSSC_AbstractBook_final.pdf

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book article

Particle Image Velocimetry - an attractive method to make the near bottom velocity field visible [Online resource]Buschmann, Fred; Erm, Ants; Listak, MadisBaltic Earth Workshop on multiple drivers for Earth system changes in the Baltic Sea region : Tallinn University of Technology, Tallinn, Estonia 26-27 November 2018 : [programme, abstracts, participants]2018 / p. 30 https://www.baltic-earth.eu/multipledrivers2018/material/No.14_Tallinn2018.pdf

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journal article EST / journal article ENG

Underwater experiments and a theoretical model – case study in Tallinn BayErm, Ants; Buschmann, Fred; Listak, Madis; Rebane, Jaan; Toming, GertJournal of coastal research2013 / p. 1521-1526 : ill https://doi.org/10.2112/SI65-257 Conference Proceedings at Scopus Article at Scopus

journal article EST / journal article ENG

Number of records 3, displaying 1 - 3

1. bottom boundary layer
2. boundary layer
3. Bottom Contact
4. bottom shear stress
5. bottom waters
6. bottom-up
7. bottom-up control
8. bottom-up effects
9. bottom-up models
10. bottom‐up participation
11. bottom-up process management
12. double bottom damage
13. ice bottom communities
14. near-bottom velocity
15. non-reflecting bottom profile
16. quartic bottom profile
17. Triple bottom line
18. triple bottom line (TBL)
19. boundary conditions
20. boundary conduction mode (BCM)
21. boundary control
22. boundary coupled distributed parameter systems
23. Boundary element method
24. boundary layers
25. boundary Mittag-Leffler stabilization
26. boundary objects
27. boundary problem
28. boundary properties
29. boundary scan
30. boundary spanning
31. boundary value problem
32. boundary value problems
33. essential boundary conditions at joints
34. essential dynamic boundary conditions at joints
35. free-boundary
36. free-boundary reflection
37. grain boundary
38. JTAG / boundary scan
39. Katian/Hirnantian boundary
40. natural boundary conditions at joints
41. Ordovician-Silurian boundary
42. Ordovician–Silurian boundary
43. Ordovician–Silurian boundary beds
44. output feedback boundary stabilization
45. Porkuni-Juuru boundary
46. time-varying boundary conditions
47. turbulent boundary layers
48. twin boundary dynamics
49. unknown boundary
50. unknown boundary condition
51. absorber layer
52. abstraction layer
53. additive layer manufacturing
54. atomic layer deposition
55. atomic layer deposition (ALD)
56. buffer layer
57. Cd-free buffer layer
58. composite layer
59. cross-layer
60. cross-layer fault tolerance
61. cross-layer reliability
62. deep layer
63. double-layer capacitance
64. Ekman layer
65. electric double-layer
66. electron transport layer
67. Equivalent single layer
68. glaze layer
69. hole transport layer
70. interface layer
71. layer fusion
72. layer growing curvature method
73. layer removing
74. layer-wise displacement theory
75. MAC layer
76. maximal two-layer exchange
77. mechanically mixed layer (MML)
78. mixed layer drifter
79. monograin layer solar cell
80. monograin layer solar cells
81. network layer
82. oxide layer
83. physical layer
84. seed layer
85. selenium capping layer
86. SiO2 interface layer
87. sub-maximal two-layer exchange
88. zero-strenght-layer
89. zero‐strength layer
90. zero-strength layer
91. zero‐strength layer
92. ZnS buffer layer
93. thin layer chromatography
94. Thin layer chromatography (TLC)
95. thin-layer chromatography
96. thin-layer rendering
97. thin-layer rendering system
98. thin-layer rendering systems
99. TiO2 electron transport layer
100. tribo-layer
101. upper mixed layer

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