Search results

Nano-silicon facilitates the reduction of electrode cracking caused by volume expansion, shortens the lithium-ion transport path, and benefits the contact between electrolyte and silicon.
Yibo Xiao: Data curation, Validation.

Following data collection, the obtained polarization curves underwent thorough analysis utilizing VersaStudio and CorrView software, allowing for the derivation of Tafel fits and corrosion properties.
However, this electron was lost due to oxygen reduction, which is the partial cathodic reaction presented in Eq. 5 [42].

Via analyzing on absorption spectral data [7], Ruiz et al. got the relationship between bandgap Eg and Ge percent content (x) in Si1-xGex and present as following formula, , (5) Furthermore, the mobilities of electrons and holes μn, μp and the state densities of conduction band and valence one Nc, Nv were found to change with x, which can be expressed as [7, 8], , (6) , (7) , (8) where mn and mp are the effective mass of electron and hole respectively, h is the Planck constant, p is the total scattered probability of SiGe alloy, pi is the scattered probability of Si, ΔE is the bandgap difference between Ge and Si, N is the cell numbers per unit volume, m* is the effective quality of state density, T is the absolute temperature, mo is free electron quality.
As represent in Fig.6, FF also increases with increasing d due to material resistance reduction, further the h rises according to the expression (9d).

Relevant specifications and data.
In Fig. 6, the effectiveness of silicon is converted to non-effective form of silicon causing a reduction of the effectiveness form of silicon.

The research by Mohan is demonstrated that combining peptides would drive to achieved a broad-spectrum antimicrobial activity, increased microbicidal activity in terms of fold reduction of bacteria, lower MIC of the cocktail AMPs, and much more rapid time-kill kinetics.
The data on Table 4 showed the decrease in the inhibition zone diameter with the increase in the chitosan concentration.

Introduction Historical literature data claim that lime-based mortars and plasters were first used by the ancient Greeks, while the significant development in lime production was made by the Romans in the 2nd-century BC [1].
A desirable reduction in water absorption and porosity of the treated samples was also notified.

Unfortunately, the continuous and intense consumption of ordinary concrete raw materials especially its aggregates (gravel and sand), is resulting in their gradual reduction in the nature, as well as in environmental degradation and pollution related to aggregates extraction.
Acknowledgements Authors sincerely thank the leadership of NPD Ltd and Rutongo Mining Ltd for permission to visit and collect data and samples at their working sites, at manufacturing plant and mining zones respectively, as well as to use their respective laboratory facilities.

In mortar, join to reduce water dose, reduce water / cement than, under the condition of identical floating degree, take reduction, unit water is measured , reduces the dry trend that contracts , raises the role of endurance.
Conclusions (1) from Table 1 and Fig.1 and 2, can know , test regular 1 ～ fight in 9 to fold strength, compressive strength, expansion shrinkage, Mi water rate and other data wait for basic identical, floating degree and development degree can also satisfy design ask basically, but the mortar that developed in test the funnel of regular 3 and test regular 4 flow out value expand value effect with SL( Self-Leveling) is best , so, is best burden with test regular 3 and test regular 4

As a new research field, especially directed at the process of oil refining industry, GSALR not only can be used as stripper in fluid catalytic cracking unit (FCCU) to remove oil gas from deactivated catalyst or NOx from regenerated catalyst [5], but also can be applied to combustion petroleum coke [6] and reduction of alkenes from FCC gasoline [7].
The distribution profiles of uu, ud and um in the four regions (the distributor affect region, the draft tube, the annulus and the gas-solid diffluence region) are obtained according to the experimental data.

A contact angle goniometer (Data Physics OCA15ES, Germany) was employed to contact angle and absorption rate of POME and water with spikelet fibers.
The oil sorption capacity was calculated based on the reduction in OG concentration per gram of spikelet fiber as follows: OSC = [(C0 – Ct) × V ] / Wd (2) where OSC is the oil sorption capacity of spikelet fiber (g/g), V is the POME volume (L), and Wd is the weight of dry spikelet fiber (g).