Searching - TalTech Research Portal

Publications
Profiles
Research Groups
Indexes
Help and information
Eesti keeles

Research Groups

Help and information

Advanced search

The chemical engineering journal (source)

—

—

Add criteria Simple search filter

Clear

types of item

book ..

journal article ..

newspaper article ..

book article ..

dissertation ..

Open Access ..

Scientific publications ..

year

year of publication

Loading..

Loading..

TalTech department

Loading..

Loading..

Loading..

name of the person

Loading..

Loading..

Clear

Number of records 2
Look more.. (5/197)
Export

export all inquiry results (2)
Save TXT fail

Save PDF fail

print
Open for editing with marked entries my bookmarks

display

sort
1

journal article EST / journal article ENG

Oxidation of aqueous bisphenols A and S by pulsed corona discharge : impacts of process control parameters and oxidation products identificationTikker, Priit; Nikitin, Dmitri; Preis, SergeiThe chemical engineering journal2022 / art. 135602 https://doi.org/10.1016/j.cej.2022.135602 Journal metrics at Scopus Article of Scopus Journal metrics at WOS Article at WOS

journal article EST / journal article ENG
Related publications 1
- Optimization of aqueous media treatment with pulsed corona discharge : hydrodynamics and kinetics conformed with the discharge parameters and energy efficiency = Impulss koroona elektrilahenduse optimeerimine vesikeskkonna töötlemiseks : hüdrodünaamika ja kineetika lähtuvalt elektrilahenduse parameetritest ning energia efektiivsusest
2

journal article EST / journal article ENG

Zero valent boron activated ozonation for ultra-fast degradation of organic pollutants : atomic orbital matching, oxygen spillover and intra-electron transferZhang, Fengzhen; Kong, Qiaoping; Preis, SergeiThe chemical engineering journal2022 / art. 134674 https://doi.org/10.1016/j.cej.2022.134674 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. aerosol assisted chemical vapour deposition (AACVD)
2. chemical activation
3. chemical and mineralogical composition
4. chemical bath deposited CdS
5. chemical bath deposition
6. chemical bonding
7. Chemical characterization
8. chemical composition
9. chemical contamination
10. chemical corrosion
11. chemical decontamination
12. chemical detection
13. chemical displacers
14. chemical elements
15. chemical emissions
16. chemical etching
17. chemical hazards
18. chemical industry
19. chemical leaching
20. chemical mixtures
21. chemical modification
22. chemical oxidation
23. chemical physics
24. chemical pollution
25. chemical post-deposition treatment
26. chemical precipitation
27. chemical probes
28. chemical processes
29. chemical profile
30. chemical properties
31. chemical reactions
32. chemical regeneration
33. chemical sensing
34. chemical sensors
35. chemical shift constraints
36. chemical shift imaging
37. Chemical spray pyrolysis
38. chemical spray pyrolysis (CSP)
39. chemical synthesis
40. chemical technologies
41. chemical transformation
42. chemical treatment
43. chemical unzipping
44. Chemical Vapor Deposition
45. chemical vapor transport (CVT)
46. chemical warfare agent
47. chemical warfare agent degradation products
48. chemical warfare agents
49. chemical-bath deposition
50. combined chemical–biological treatment
51. environmental, chemical, transportation hazards
52. in situ chemical oxidation
53. oil and chemical spills
54. peat physico-chemical properties
55. physical and chemical processes
56. physico-chemical methods
57. physico-chemical properties
58. physio-chemical properties
59. quantitative chemical analysis
60. quantum chemical calculations
61. remedial chemical
62. Storable chemical energy
63. surface chemical composition
64. wet chemical precipitation
65. 15N chemical shift tensors
66. USN Journal
67. agent-oriented software engineering
68. Agile software engineering
69. Applications in Test Engineering
70. aquaculture engineering
71. architecture, engineering, construction, and facilities management (AEC/FM)
72. Arctic engineering
73. assistive technology and rehabilitation engineering
74. automated protocol reverse-engineering
75. automotive engineering
76. bandgap engineering
77. biomedical engineering
78. bone tissue engineering
79. C-engineering
80. civil engineering
81. civil engineering students
82. coastal engineering
83. cognitive system engineering
84. collaborative engineering
85. computer aided software engineering
86. computer engineering
87. computer-aided engineering
88. construction engineering
89. control engineering computer applications
90. data engineering
91. detection engineering
92. distributed engineering
93. domain analysis and engineering
94. domain engineering
95. education in computer engineering
96. effective teaching engineering
97. electrical and electronic engineering
98. electrical engineering
99. electrical engineering computing
100. electrical engineering education
101. electronics engineering education
102. energy engineering
103. engineering
104. engineering ceramics
105. engineering curriculum
106. engineering design
107. engineering education
108. engineering educational competences
109. engineering educator
110. engineering ethics
111. engineering faculty pedagogical education
112. engineering graphics
113. engineering idea
114. engineering industry
115. engineering pedagogy
116. engineering pedagogy science
117. engineering reliability operational probabilities
118. engineering students
119. engineering thermodynamics
120. feature engineering
121. financial engineering
122. Full-scale coking wastewater engineering
123. Genetic engineering
124. genome engineering
125. green engineering (GE)
126. high voltage engineering
127. industrial engineering
128. innovation in engineering education
129. integrated engineering
130. inverse methods for engineering applications
131. Klagenfurt School of Engineering Pedagogy
132. knowledge engineering
133. legal engineering
134. logistics and systems engineering
135. logistics engineering
136. maintenance engineering
137. malware reverse engineering
138. marine engineering
139. materials engineering
140. mechanical engineering
141. mechanical engineering and energy technology
142. mechanical engineering design
143. metabolic engineering
144. model driven engineering
145. model of non-technical engineering competences
146. Model-Based Engineering (MBE)
147. Model-Based Systems Engineering (MBSE)
148. model-driven software engineering
149. network protocol reverse engineering
150. non-technical engineering competences
151. ontology-based software engineering
152. power engineering
153. power engineering computing
154. process modeling for engineering applications
155. production engineering
156. protein engineering
157. qualification of an international engineering educator
158. railway engineering
159. Reliability engineering
160. requirements engineering
161. reverse engineering
162. rock engineering properties
163. safety engineering
164. secure engineering
165. security requirements engineering
166. social engineering
167. social-engineering
168. soft skills in engineering
169. software engineering
170. software engineering education
171. Software engineering methodology evaluation
172. software engineering practises
173. strain engineering
174. students of engineering specialіties
175. supply chain engineering
176. surface engineering
177. sustainable power engineering
178. system engineering
179. systems engineering
180. teaching engineering
181. teaching engineering ethics
182. telecommunications engineering
183. The International Society For Engineering Pedagogy
184. timber engineering
185. tissue engineering
186. transportation engineering curriculum
187. triptych software engineering
188. women in engineering careers

1. Department of Civil Engineering and Architecture
2. Department of Electrical Power Engineering and Mechatronics
3. Department of Mechanical and Industrial Engineering
4. School of Engineering

1. ABB Engineering Masterclass
2. EuroTeQ Engineering University

1. International Baltic conference on engineering materials and tribology (24 : 2015 : Tallinn)
2. International Society for Engineering Pedagogy (IGIP)

1. Tallinn University of Technology, Department of Electrical Engineering

match

sort

Otsing
Valikud 0

year of publication

author

TalTech department

subject term

series

name of the person

keyword

TalTech Library

Akadeemia tee 1

13519

TalTech homepage TalTech Library homepage Digital Collection of TalTech Library Digiteek Repository

6203551

data@taltech.ee

TalTech Raamatukogu