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- Additive Manufacturing 1
- Additive Manufacturing Accelerates Racing Solution 1
- Additive Manufacturing in India Aerospace Manufacturing and MRO Industry: Challenges and Opportunities 1
- Addressing applications and security issues in the Internet of Things (loT) :A comprehensive review 1
- Addressing current supply demand imbalances for ARV 1
- Addressing Public Health Challenges at Kumbh Mela 2025 in India: An FMEA-Based Resource Management Framework 1
- ADHD 1
- Adhesive joining Process Parameter Optimization on Butt joint with Single Strap on Shear Strength Properties of Hybrid Metal Polymer Composite joints 1
- Administration of Curcurnin, Betanin, and CoQ 10 combined with nickel oxide, iron superoxide nanoparticies show preventive effects in breast cancer: Effect on apoptosis pathway 1
- Admission control policyof a two heterogeneous server finite capacity retrial queueing system with maintenance activity 1
- Admission Procedure & Other Formalities 1
- Adopt Lower Cost And Higher Efficiency Tech 1
- Adopting AI: How To Ensure Smooth Implementation 1
- ADoubly Decoupled X-axis Vibrating Wheel Gyroscope 2
- Adsorption 4
- Adsorption Isotherm 1
- Adsorption of Cd(II) ions from aqueous solution using fruits peel as cost effective adsorbents 1
- Adsorption of Congo Red from Aqueous Solution using Doped Strontium Hexaferrite - Zero Valent Iron Nanocomposite: Kinetic, Isotherm, and Thermodynamic Studies 1
- Adsorption of methylene blue using untreated biosorbent prepared from Geranium plant waste: Isothermal, 571 kinetic and thermodynamic study 1
- Adsorption of thiophene molecule on pristine, N-doped and Cu/N codoped Ti02-supported Au overlayers has been studied by DFT calculations, taking into consideration the effects of van der Waals interactions. Thiophene interacts with Ti02 supported Au overlayer by its active sulfur atom, providing a double contact point at the interface region. Thiophene molecule can be adsorbed on both the Au as well as five-fold coordinated titanium sites of Ti02 supported Au overlayers. Adsorption of thiophene molecule on the N-doped Ti02 supported Au overlayers is energetically more favorable than adsorption on the undoped systems. 1