Can you give me papers about the hydration with diethyl hydroxylamin?
Best insight from top research papers
Diethylhydroxylamine is mentioned in the abstract by Encina et al. as a singlet and triplet quencher in the solution photolysis of carbonyl compounds . However, there are no papers specifically about the hydration with diethyl hydroxylamine in the provided abstracts.
Answers from top 5 papers
More filters
Papers (5) | Insight |
---|---|
2 Citations | No, the given text does not mention any papers about the hydration with diethyl hydroxylamin. |
3 Citations | The provided text does not mention anything about hydration with diethyl hydroxylamin. |
The provided information does not mention anything about hydration with diethyl hydroxylamin. | |
No, the provided text does not mention anything about the hydration with diethyl hydroxylamin. | |
8 Citations | The provided text does not mention anything about the hydration with diethyl hydroxylamine. |
Related Questions
Why is hydration of the voltage sesning domain important for normal functioning of the voltage gated channels?5 answersHydration of the voltage sensing domain is important for the normal functioning of voltage-gated channels. It plays a role in stabilizing the voltage-sensing residues (VSRs) within the low-dielectric core of the protein. The presence of hydration helps to stabilize the VSRs and allows for their proper activation and translocation during voltage sensing. Additionally, the extent of hydration within the pore domain can influence the free energy landscape for pore opening and closing. Water molecules also intimately interact with the voltage-sensing domains within the lipid membrane, shaping the transmembrane electric field and hydrating charged residues. The hydration of the voltage-gated channels is crucial for their proper function and the transmission of electrical signals.
What are the effects of hydration on skin?4 answersHydration has significant effects on the skin. Elevated hydration levels lead to increased skin permeability, making it more suitable for transdermal drug delivery and biomarker sampling. In addition, hydration plays a crucial role in maintaining adequate skin hydration in wound management, as xerotic skin is more prone to cracking and developing fissures, increasing vulnerability to ulceration and infection. Furthermore, hydration is important in preventing irritant contact dermatitis, as excessive skin hydration can lead to changes in the stratum corneum ultrastructure, resulting in increased skin permeability to irritants and allergens. Hydration also affects the molecular and macroscopic properties of the stratum corneum, leading to changes in the arrangement of peptides in keratin filaments and dynamics of amino acids in the protruding terminals of keratin protein. Overall, maintaining proper hydration levels is crucial for the health and function of the skin.
How does hydration affect endurance in athletes?3 answersHydration status has a significant impact on endurance in athletes. Imbalance in hydration can affect aerobic endurance, although the mechanism is not clear, and the effect on anaerobic strength is debated. Dehydration and overhydration both have negative effects on exercise performance and can lead to hydration-related illnesses, such as hyponatremia. Optimal fluid intake is crucial to maintain exercise performance, especially as exercise intensity and duration increase. Dehydration can result in physiological strain in multiple systems, organs, and tissues, impairing endurance capacity. Ultra-endurance athletes need to maintain proper hydration to avoid performance-limiting hypohydration and exercise-associated hyponatremia. Overall, maintaining proper hydration is essential for optimizing endurance performance and minimizing the risk of health issues in athletes.
How does cellulose fibers affect cemment hydration?5 answersCellulose fibers have a significant impact on cement hydration. The addition of natural cellulose fibers (NCFs) to ultra-high performance concrete (UHPC) improves the hydration characteristics by increasing the reactivity of unhydrated phases. Submicron hydrophilic fibers, such as submicron fibrillated cellulose (SMC) fibers, accelerate the cement hydration rate and improve the hydration process of cement paste. Plant cellulose microfibers (CMFs) delay the setting time and early-age hydration of cement composites, but also refine the pore structures and enhance the nucleation of hydrated phases, leading to further hydration. The presence of nanosilica on the surface of modified cellulose pulp fibers increases the resistance to compression, decreases the density of fiber-cement composites, and enhances the interaction with cement matrix hydrates. The surface modification of cellulose fibers with nano-silica slightly accelerates the hardening process and does not inhibit the hydration of cement paste.
How does water bottles effect hydration?5 answersIncreased daily water intake has several health benefits, including lowering blood pressure, increasing body temperature, diluting blood waste materials, and protecting kidney function. However, the type of water bottle used does not significantly affect hydration. A study comparing water bottles and hydration bladders found no significant differences in microbiologic contamination between the two systems. Another study focused on the compression strength of water bottles and found that lateral pressure can increase stacking strength, but interlocking bottle arrangements may decrease stacking strength due to non-uniform load distribution. Additionally, the invention of a water bottle cage that can accommodate different bottle sizes has been proposed. Overall, while the choice of water bottle may impact factors such as convenience and durability, it does not directly affect hydration levels.
What is hydrated lime with respect to its use in portland cement concrete production?5 answersHydrated lime is a material used in the production of Portland cement concrete. It is used to activate natural pozzolan (NP) and improve the performance of concrete. Hydrated lime can also be found in alkali and carbonate-enriched lime mud (LM), which is a solid waste from the paper-making industry. In this case, the calcium carbonate in LM provides additional nucleation sites for the precipitation of cement hydration products and contributes to the increase in compressive strength. Additionally, hydrated lime is used in hydraulic road binders to increase water demand, hydration heat, and soundness of the binder paste. In the study on the reaction of hydrated lime-saw dust ash blend, it was found that the addition of hydrated lime improved the strength properties of cement concrete. Finally, in the research on rendering mortars, hydrated lime was used in combination with Portland cement and PET bottle waste to partially replace fine aggregate, resulting in improved water retention and other properties.