scispace - formally typeset
Search or ask a question

Answers from top 19 papers

More filters
Papers (19)Insight
This classification served as a basis for the development of an analytical scheme for differentiating black powder toners.
Social implications – Emulsion aggregation toners provide less hazardous materials during printi...
This can be attributed in part to their use in applications that range from computer toners to medical diagnostics.
While the chemistry of the PEPs generally reflected that of their toners, considerable differences are documented indicative of potential transformations taking place during consumer use (printing).
The emission differences between the retailer and manufacturer toners are probably due to differences
The matrix assisted pulsed laser evaporation process provides excellent control over several film parameters, including thickness, roughness, homogeneity, and reliability.
Scanning transmission X-ray microscopy (STXM) not only provides simultaneous observation of spatial distributions of wax, resin and carbon black in toners, but it also provides detailed, quantitative, chemical information about the wax and resin environments through chemical component maps derived from multiple energy image sequences.
Complimentary data results in improved discrimination when both techniques are used in succession resulting in >96% discrimination for all toners, 95% for all inkjets, >92% for all offset, and >54% for all intaglio inks.
Taken together, the results of our studies suggest that toners with external additives lead to pulmonary inflammation and fibrosis at lung burdens suggest beyond the overload.
The outcomes of this study proved that the poly lactic acid is an appropriate polymer for the production of toners in terms of processing, printing efficiency.
In this study, for the first time, the production of color printing toners (cyan, magenta and yellow) via emulsion aggregation method was optimized through response surface methodology with considering the effect of colorant.
Furthermore, it is possible to predict an optional release process when the amount of matrix and composition of matrix system were defined.
Initial results from flotation deinking suggest that the amino acid-containing toners are more easily deinked, likely due to their high swellability.
The printing trials demonstrated that the images of the soy-based toners are similar to those of commercially available toners.
The results obtained confirm the multiplicity and compatibility of toners.
The bio toners' results demonstrated the promising and worthy outcomes in comparison to commercially available petroleum-based toners.
The SEM technique can be successfully, simply, and rapidly applied to the analysis of toners on paper documents.
Xerography has the potential of meeting these requirements, but textile specific xerographic toners must be developed to gain acceptance of this technology by the textile industry.
In spite of lower polymerisation temperature and higher conversion of mini-emulsion compared to suspension and emulsion polymerisation techniques, further investigations are required to fine-tuning the properties of toners produced through this method.

See what other people are reading

What are the factors that contribute to the superiority of linear discriminant analysis over random forest in specific scenarios?
5 answers
How glass art involves mathematics?
5 answers
How glass art involves mathematics?
5 answers
What is the ionic conductivity of MG30/LiTFSI?
5 answers
What are the novel application of polycarbonate in Sports equipment?
5 answers
Are there any studies examining typing performance in which subjects were excluded from the analysis using WPM?
5 answers
What does Binning mean in genomics?
5 answers
Are there any studies examining typing performance in which subjects were excluded from the analysis using WPM?
5 answers
What does Binning mean in genomics?
5 answers
How can the analyte transport dimensionality be reduced for faster analyte capture?
5 answers
To reduce analyte transport dimensionality for faster capture, various techniques can be employed. One approach involves utilizing dielectrophoresis to manipulate single-particle passage through solid-state pores, enabling control over particle flows in transverse directions. Another method is the integration of a microarray with an ion concentration polarization (ICP) based microfluidic concentrator, which enhances hybridization speed by preconcentrating target biomolecules into a small volume near the probes, reducing diffusion length and increasing binding reaction rates. Additionally, employing dimensionality reduction techniques like linear discriminant analysis can compress multidimensional leakage into a single sample, aiding in computational complexity reduction while maintaining attack optimality. These strategies collectively contribute to faster analyte capture by simplifying transport dynamics and enhancing capture efficiency.
Why carbonized rice bran in different temperature than coconut shell in rubber compounding?
5 answers
Carbonized rice bran is used in rubber compounding at different temperatures compared to coconut shell due to the distinct characteristics of each material. Coconut shell fiber undergoes carbonization at temperatures ranging from 300-700°C, enhancing its reinforcing potential in natural rubber composites. On the other hand, rice husk carbon black (RHCB) is utilized as a filler for rubber compounds, showing no significant strength improvement but maintaining elasticity and resilience when compared to regular carbon black. Additionally, the study on rubber compounds with activated coconut shell carbon and nano silica from rice husks indicates that varying temperatures (60-80°C) affect the compound's characteristics such as hardness, tensile strength, elongation at break, and abrasion resistance. Therefore, the choice of carbonization temperature depends on the specific properties and intended application of the material in rubber compounding.