Search or ask a question

How do you test Aluminium ions?

Conjugated system

Answers from top 8 papers

PDF

Open Access

More filters

Papers (8)	Insight
Journal Article•DOI Analytical applications of ternary complexes-VIII An improved reagent system for the spectrophotometric determination of aluminium. J.E. Chester, R.M. Dagnall, T.S. West - Show less +2 more 01 Jan 1970-Talanta 35 Citations	The colour is formed instantaneously, stabilizes within 20 min, and may be used for the detection of aluminium in the range O.27-54 pm in the presence of EDTA which prevents the interference of most ions.
Journal Article•DOI Colorimetric Detection of Aluminium Ion Based on Conjugated Polydiacetylene Supramolecules Young Soo Jang, Young Soo Jang, Bora Yoon, Jong-Man Kim - Show less +3 more 05 Mar 2011-Macromolecular Research 20 Citations	The detection of aluminium ion is significant due to its potential toxicity, and the correlation between aluminium ion and Alzheimer’s disease.
Journal Article•DOI A novel Schiff-base fluorescent probe based on 1,8-naphthyridine and naphthalimide for Al3+ Xiao-li Yue, Chao-rui Li, Zheng-yin Yang - Show less +2 more 01 Aug 2017-Inorganica Chimica Acta 26 Citations	Test results indicated that the probe had high selectivity towards Al 3+ over other commonly coexisting metal ions.
Journal Article•DOI Influence of aluminium ions on physical properties of PbO-P2O5-As2O3 glasses G. Sahaya Baskaran, N. Krishna Mohan, V. Venkateswara Rao, D. Krishna Rao, N. Veeraiah - Show less +4 more 01 May 2006-European Physical Journal-applied Physics 21 Citations	The interesting changes observed in these studies have been explained in the light of different structural groups of aluminium ions.
Journal Article•DOI Short-lived Frenkel defects in α-Al2O3 Eh.D. Aluker, V.V. Gavrilov, S.A. Chernov - Show less +2 more 01 May 1992-Physica Status Solidi B-basic Solid State Physics 15 Citations	They are expected to be due to interstitial aluminium ions.
Book Chapter•DOI Forming of magnesium and its alloys Matthew Barnett 01 Jan 2013 10 Citations	Despite its inadequacies, this test is remarkably useful and it is used here to help highlight key differences between magnesium and its sister light metal, aluminium.
Journal Article•DOI 27 Al nuclear magnetic resonance studies of the hydrolysis and polymerisation of the hexa-aquo-aluminium(III) cation J. W. Akitt, N. N. Greenwood, B. L. Khandelwal, G. D. Lester - Show less +3 more 01 Jan 1972-Journal of The Chemical Society-dalton Transactions 167 Citations	These ions do not account for all the aluminium in solution and another species, probably Al8(OH)20(H2O)x4+ is thought to be present.
Journal Article•DOI Surface area stability and characterisation of a novel sulfate-based alumina modified by rare earth and alkaline earth ions Jeffrey S. Church, Noel W. Cant, David L. Trimm - Show less +2 more 06 Jan 1994-Applied Catalysis A-general 22 Citations	It appears that the surface of the former may be predominantly of a type which contains aluminium ions in octahedral sites alone.

My columns

Related Questions

How to test antivirus software?4 answersTo effectively test antivirus software, a systematic approach is crucial due to the continuous evolution of malware and the complexity of antivirus programs. Testing should involve a large number of virus samples, including variants of the same virus, and extend to assessing the software's disinfection capabilities. Additionally, testing should cover various scenarios such as data flow between the hard drive, main memory, and network to evaluate the software's detection efficiency under different conditions. Implementing a method that includes creating a test management module, a test execution module, and utilizing components like sandboxes and virus monitoring servers can significantly enhance the efficiency and accuracy of antivirus testing. By following these guidelines and utilizing innovative testing procedures, the effectiveness and reliability of antivirus software can be thoroughly evaluated.

How can Appium be used to test games?5 answersAppium can be used to test games by following a specific set of steps. First, the environment configuration information and code configuration information are acquired. Then, a corresponding installation package is obtained based on the environment configuration information, and the test object is installed using this package. Next, the test objective is tested according to the code configuration information, resulting in a test result. This test result is then sent to a predetermined receiving target. Additionally, Appium can be used to automate the testing of iOS applications, including games, by configuring Appium for testing iOS applications and addressing the limitation of testing on multiple iOS devices using one Mac machine. By following these steps and utilizing Appium, games can be effectively tested for quality and performance.

How to test for renal tubular acidosis?5 answersRenal tubular acidosis (RTA) can be diagnosed through a stepwise approach involving various clinical and laboratory parameters. The diagnosis begins with a detailed clinical study and laboratory work-up to understand the pathophysiology of the disease and ensure an accurate diagnosis. Functional tests, such as exploring the proximal wasting of bicarbonate and the urinary acidification capacity, are useful diagnostic tools. RTA is characterized by a low capacity for net acid excretion and persistent hyperchloremic metabolic acidosis. It is classified into three types (types 1, 2, and 4) based on clinical and laboratory characteristics. To diagnose RTA, it is important to exclude other entities causing acidosis and administer a variety of tests in a stepwise fashion. The underlying physiological basis, pathophysiological patterns, and clinical manifestations of RTA are described in detail, along with an algorithmic approach to diagnose RTA and a brief note on therapy.

How to determine the Sulphuric acid, oxalic acid and aluminium ions in solution?2 answersTo determine the concentration of sulphuric acid, oxalic acid, and aluminium ions in solution, several methods can be used. The dissolution of aluminium in sulphuric acid solutions can be studied using electrochemical impedance spectroscopy (EIS) and polarization curves measurements. The determination of formic and oxalic acids can be done through catalytic dehydration and measurement of the volume of liberated carbon monoxide. A comprehensive review of analytical methods for inorganic acids derived from sulphur can provide insights into the determination of sulphuric acid. Additionally, the effect of fluoride ions on the corrosion of aluminium in sulphuric acid can be investigated through thermodynamic analysis and corrosion experiments. By considering these methods and studies, it is possible to determine the concentrations of sulphuric acid, oxalic acid, and aluminium ions in solution.

How do you test for bicarbonate ions in urine?6 answers

How to test for iodine ions?4 answers

See what other people are reading

What is ratiometric pH sensing?

Which polymers are conductive and could be used as cathode?

Conductive polymers that can be utilized as cathode materials include polyaniline (PANi) in combination with cationic polyacrylamide (CPNi), self-doped thiophene-based conducting polymer (SDTP), and redox-active two-dimensional polymers (RA-2DPs) like TAPPy-PDI and TAPB-PDI. These polymers offer enhanced electrical conductivity, mechanical robustness, and improved battery performance. PANi in CPNi compositions demonstrated excellent discharge capacities at different current densities, while SDTP showed enhanced ion transport and battery performance due to self-doping with SO3- groups. RA-2DPs, specifically TAPPy-PDI and TAPB-PDI, exhibited high electrical conductivity, ion diffusion rates, and good cycling stability, making them suitable for organic cathode materials in lithium batteries. These polymers showcase promising characteristics for use in cathodes, contributing to the advancement of rechargeable energy storage devices.What is the relation formed betwin donnor and acceptor in this article?

The articles discuss various aspects of donor-acceptor relationships in different contexts. In the study of homopolar covalent bonds, a universal relation for bond energy and length is derived, incorporating donor atom characteristics and Coulomb interactions, with implications for donor-acceptor bonds. In liquid water, donor and acceptor hydrogen bonds show correlations, affecting the formation of different bond types and water structures. Semiconductor interactions between acceptors are explored, revealing complex energy spectra and interactions that differ from donor-donor systems, impacting qubit interactions and magnetic properties. Photovoltaic cells utilize synthesized dyads cleaved into donors and acceptors to optimize donor-acceptor arrangements for efficient energy conversion. Lastly, conjugated oligomer photothermal agents with A-D-A structures demonstrate enhanced optical properties, emphasizing the importance of connecting strong electron-absorbing acceptor groups for high-performance applications.Why choose aluminum air battery?

Aluminum-air batteries (AABs) are favored for their high theoretical energy density, low cost, and safety compared to lithium-ion batteries, making them ideal for portable electronics and electric vehicles. Despite challenges like passivating oxide layers on anodes and parasitic corrosion, research shows that refining anode grain size and utilizing 3D-structured anodes can enhance performance. Aluminum's abundance and high specific energy make it a compelling anode material, with the potential to outperform lithium-ion batteries. Additionally, incorporating a hydrogen-air subcell in AABs can leverage self-corrosion issues to improve power performance significantly, showcasing the versatility and potential of aluminum-air batteries in clean energy systems.How parameters can influence the laser welding process?

Parameters such as laser power, spot diameter, welding speed, pulse duration, and frequency play a crucial role in influencing the laser welding process. For instance, in laser micro-welding, the deformation, interface spot diameter, spot overlapping, and heat-affected zone (HAZ) are highly sensitive to parameters like pulse duration and welding speed. Increasing laser power can lead to larger dimensions of the HAZ and fusion zone, while reducing welding speed can increase total distortion. Similarly, in dissimilar steel welding, the tensile strength of the joint increases with higher laser power but decreases with larger spot diameter. These findings highlight the intricate relationship between process parameters and the quality of laser welds, emphasizing the need for precise parameter control for optimal welding outcomes.What are the process characteristics of Extreme High-Speed Laser Material Deposition?

The Extreme High-Speed Laser Material Deposition (EHLA) process is characterized by its unique features and benefits. EHLA focuses on coating technologies, offering significantly higher surface and deposition rates compared to conventional processes. It primarily directs energy into powder material rather than the substrate, enabling the coating of heat-sensitive materials and achieving dense, metallurgically bonded coatings for wear and corrosion protection. EHLA's innovation lies in its ability to increase process speeds dramatically, reaching up to 500 m/min, by adjusting process parameters and modifying the energy coupling between the laser beam, powder-gas jet, and substrate. This process is not only economically attractive but also sustainable, making it a preferred choice for various industrial sectors seeking efficient and effective coating solutions.What are publications of kang et al on alsi40 for additive manufacturing?

Kang et al have not been mentioned in the provided contexts. However, research by various authors has explored the use of AlSi40 in additive manufacturing (AM) applications. Eberle et al. discussed the selection of AlSi40 for optical mirror structures due to its compatibility with Nickel-Phosphorus coatings and modern optical manufacturing techniques. Mueller et al. highlighted the benefits of selective laser melting (SLM) in overcoming limitations of conventional manufacturing, showcasing the potential of AlSi40 in AM processes. Additionally, Damborenea et al. emphasized the use of AlSi10Mg in AM, focusing on corrosion resistance improvements through different manufacturing strategies. While Kang et al's specific publications on AlSi40 are not mentioned, these studies collectively underscore the growing interest in utilizing AlSi alloys for AM advancements.What are the disadvantages of Aggregation induced emission probes in detection?

Aggregation-induced emission (AIE) probes offer advantages in detection, but they also have drawbacks. AIEgens can face challenges such as weak signal, easy diffusion, difficult capture, and instability of gas molecules in gas sensors. Additionally, the aggregation behavior of AIE probes can be affected by the molecular structure, where incorporating electron-withdrawing groups may quench the aggregation-induced emission behavior. Despite their benefits, AIE probes may not be suitable for all applications due to limitations in certain detection scenarios. These disadvantages highlight the importance of understanding the specific requirements of the detection system when utilizing AIE probes for sensing purposes.How does the efficiency of electrodeposition compare to other deposition methods?

Electrodeposition stands out as an efficient method for fabricating self-supported electrodes in energy conversion systems due to its facile nature and ability to control compositional and morphological properties. This technique enables seamless contact between the electrocatalyst and substrate, minimizing contact resistance and enhancing charge transfer efficiency, crucial for high catalyst utilization and improved energy efficiency. Compared to other deposition methods like bar coating, doctor blade coating, screen printing, and spray coating, electrodeposition has shown superior performance in terms of electrode structure and overall efficiency. The electrodeposition process optimizes parameters affecting deposition quality and rate, leading to efficient and high-quality deposition of metallic microstructures. Overall, electrodeposition emerges as a promising approach for enhancing the performance and stability of electrocatalysts in energy conversion systems.What is the origin of retaining walls?

Retaining walls have various origins and designs. They are broadly categorized into bottom-up walls, such as gravity walls made of reinforced concrete, and top-down walls like cantilever walls, anchored walls, and strutted walls. Innovative structures have been developed, like a retaining wall with an unloading beam and plate balanced by soil weight and enhanced by a prestress anchor cable. Methods for lightweight retaining walls have been proposed based on new energy principles and advanced construction technologies. Some retaining walls utilize materials like steel, steel alloy, aluminum, or aluminum alloy in their panels for added strength and durability. Additionally, there are eco-friendly retaining walls constructed using waste tires, steel slag, geogrid, and undisturbed soil, offering stability, cost-effectiveness, and environmental benefits.In Al -Cu-Mn alloys, is the formation of the Al6Mn phase preferable to Al20Cu2Mn3?

In Al-Cu-Mn alloys, the formation of the Al6Mn phase is preferable over the Al20Cu2Mn3 phase due to its impact on the microstructure and mechanical properties. The Al6Mn phase plays a significant role in the morphology of the alloy, affecting elongation and strength. Additionally, the presence of manganese in Al-Cu alloys contributes to the formation of various intermetallic phases, enhancing the mechanical properties of the alloy. On the other hand, the Al20Cu2Mn3 phase, while present in the heat-treated structure, does not offer the same strengthening effects as the Al6Mn phase. Therefore, in Al-Cu-Mn alloys, the formation of the Al6Mn phase is preferred for improved mechanical properties and microstructural characteristics.