Search alternatives:
melfi » melbi (Expand Search)
mild » mind (Expand Search), wild (Expand Search)
mid » mind (Expand Search)
mello » bello (Expand Search), hello (Expand Search)
cella » cell (Expand Search), cells (Expand Search), della (Expand Search)
bell » well (Expand Search), cell (Expand Search), ball (Expand Search)
belia » beliau (Expand Search)
melfi » melbi (Expand Search)
mild » mind (Expand Search), wild (Expand Search)
mid » mind (Expand Search)
mello » bello (Expand Search), hello (Expand Search)
cella » cell (Expand Search), cells (Expand Search), della (Expand Search)
bell » well (Expand Search), cell (Expand Search), ball (Expand Search)
belia » beliau (Expand Search)
-
501
Food insecurity and coping strategies index among low-income households in Klang Valley, Malaysia
Published 2023“…The findings of this study suggested that 11.36%, 43.21%, 38.75% and 6.68% of the respondents were using low, mildly, moderately and severely coping strategies, respectively. …”
Get full text
Conference or Workshop Item -
502
-
503
-
504
Investigating spatio-temporal variability of initial ²³⁰Th/²³²Th in intertidal corals
Published 2023Get full text
Journal Article -
505
Adversarial Network Optimization under Bandit Feedback: Maximizing Utility in Non-Stationary Multi-Hop Networks
Published 2025“…We propose the UMO2 algorithm, which does not require any pre-decision knowledge or counterfactual feedback, ensures network stability, and also matches the utility maximization performance of any "mildly varying" reference policy up to a polynomially decaying gap. …”
Get full text
Article -
506
Facile oxidative recovery of manganese as electrochemically active MnO2 from spent lithium-ion battery bioleachate
Published 2024“…Electrochemical evaluation studies of the bioleachate recovered MnO2 for aqueous zinc battery application revealed that bioleachate MnO2 demonstrated a comparable discharge capacity of 145 mAh/g in alkaline electrolyte as well as much superior cycling performance (81% retention of initial discharge capacity of 149 mAh/g) for up to 80 cycles in a mildly acidic ZnSO4-based electrolyte than commercial MnO2. …”
Get full text
Journal Article