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161
Enantioselective epoxidation of protected allylic and homoallylic amines via chiral cationic ion-pairing catalysis
Published 2018Get full text
Thesis-Doctor of Philosophy -
162
Cool surface as urban heat island effect mitigation strategy for tropical climate
Published 2021Get full text
Thesis-Doctor of Philosophy -
163
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164
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165
Radiatively cooled magnetic reconnection experiments driven by pulsed power
Published 2024Get full text
Article -
166
Development of demand response management system for smart grids
Published 2014Get full text
Final Year Project (FYP) -
167
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168
Accelerated discovery of new catalysts for oxygen evolution reaction
Published 2023Get full text
Thesis-Doctor of Philosophy -
169
Overcoming the Expressivity-Efficiency Tradeoff in Program Induction
Published 2024Get full text
Thesis -
170
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171
An empirical study of material damage insurance rates for property risks.
Published 2009Get full text
Thesis -
172
Synthesis of epoxidized poly(ester carbonate)-b-polyimide-b-poly(ester carbonate) : reactive single-walled carbon nanotube dispersants enable synergistic reinforcement around multi...
Published 2020“…Furthermore, the mixing solvent tetrahydrofuran (THF) can be readily evaporated off after forming the blends. TB3-dispersed (2 wt%) SWNTs added to epoxy increased the tensile strength, modulus, and elongation at break of the resulting nanocomposite films by 40%, 34%, and 26% respectively, compared to the baseline epoxy resin. …”
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Journal Article -
173
Efficient algorithms for subgraph counting and enumeration on large graphs
Published 2024Get full text
Thesis-Doctor of Philosophy -
174
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175
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176
Development of innovative nano-satellites with new generation technologies
Published 2020Get full text
Thesis-Master by Research -
177
The role of sulfur emission from the petroleum industry on ultrafine particle number concentration in Singapore
Published 2023Get full text
Journal Article -
178
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179
Thermal analysis on porous material by finite element method
Published 2010“…The finite element simulation results for which the percolation of heat flux will be diminished are within the range of 30% to 40% of Air.…”
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Final Year Project (FYP) -
180