Green water-purification system works without heavy metals or corrosive chemicals — ScienceDaily | Stainless Steel Sintered Filter Disc

Looking at Slide 19 and our product pipeline. The momentum we are driving is grounded in strong product innovation. We are increasing the pace of new concept in bring a new discipline to how we manage the life cycle of our innovation. As mentioned in the beginning, we are a technology company whose mission is to establish a new manufacturing standard. The foundation for our success will always be an inspiring and innovated product.

Alicia started her career as a Medical Researcher. She owns a Masters Degree in Life Sciences and has some great scientific skills that help her grow. Her contribution has a crucial role in Global Industry Insight’s growth and success. Alicia is also a fitness freak and loves to spend her time when not working in the gym. Alicia believes health is the key to long life and also does follows the same.

Regional mapping of liquid spreading within the three layers was examined. It can help to visualise the distribution of water and the water content of each layer. Detailed information could be obtained at a glance. Additionally, two mapping methods were proposed for graphically representing the water transport properties in both directions and its relation to skin wetness. These can be used for ease of comparison between a large group of fabrics.

In this study, the targeted amount of water injection (i.e. 0.6 ml) was determined with reference to the relevant test in the literature24. Since termination of the test was controlled manually, there might be little variation in the injection amount. In order to minimize this variation, the amount of water absorbed by each layer was presented as fraction value. Fraction of water absorbed by a specific layer was calculated by the water absorption mass in a specific layer divided by the total absorption amount of the three layers, as shown in equation (3).

The vision statement we shared throughout the year represents who we strive to be every day and essentially how we operate across all respects of our business as we build this company for the long-term. We successfully raised additional funds in October last year because we believe we are in a unique position and have to accelerate to cease the opportunity we have in front of us and expand our addressable market through new products and applications.

Liu, P., Tan, Q. B., Wu, L. H. & He, G. Compressive and pseudo-elastic hysteresis behavior of entangled titanium wire materials. Mater. Sci. Eng. A 527, 3301–3309 (2010).

An interview with Dr. Luke Tolley, discussing the development of a liquid chromatograph that is the size of a shoebox and is bringing HPLC to the masses.

Chiu, Y.-C. et al. High performance nonvolatile transistor memories of pentacene using the electrets of star-branched p-type polymers and their donor–acceptor blends. J. Mater. Chem. 2, 1436–1446 (2014).

Histological analysis was performed to give more detailed analysis on the bone response to the scaffolds with different pore size. As shown in Fig. 7a, at 8 weeks after the implantation, 250-PMg scaffold induced a fibrotic walling-off phenomenon based on the formation of regular dense fibrous tissues with rare inflammatory cells. In contrast, relatively less fibrous tissue accompanied with more lymphocytes, macrophages and foreign body giant cells (FBGCs) were present around the 400-PMg scaffold. These findings indicated that the 400-PMg scaffold induced a relatively severe inflammatory reaction. Interestingly, however, compared with the 250-PMg scaffold, there were more new bone formed around the 400-PMg scaffold and more abundant prominent cuboid osteoblasts lay on the osteoid seams. Moreover, more new born blood vessels were observed in the 400-PMg scaffold group. The expressions of the collagen type 1 and OPN was visualized by immuohistochemical staining (Fig. 7b). In the 250-PMg scaffold group, moderate collagen type I and OPN expression were observed, while in the 400-PMg scaffold group, strong collagen type I and OPN signals were observed at the boundary of the newly formed woven bone. Figure 7c shows the non-decalcified tissue staining. The scaffolds were adsorbed and the new bone invaded the scaffolds from the edge to the center. Moreover, 400-PMg scaffold promoted more new bone formation, and the residual material volumes showed as just the opposite situation: the residual 400-PMg scaffold was clearly less than that of the 250-PMg scaffold, indicating a relative faster degradation of the 400-PMg scaffold.

Sauer, H. J. In Principles of heating, ventilating, and air conditioning : a textbook with design data based on the 2001 ASHRAE handbook–Fundamentals (ed Jr. Harry J. Sauer, Ronald H. Howell, William J. Coad) Ch. 8, 8.1–8.29 (American Society of Heating, Refrigerating and Air-Conditioning Engineers, 2001).

Direct metal printing (DMP) may have reached the tipping point in aerospace, jumping beyond prototyping in the past two years to production parts and flight-ready assemblies.

Gentleman, E., Stevens, M. M., Hill, R. G. & Brauer, D. S. Surface properties and ion release from fluoride-containing bioactive glasses promote osteoblast differentiation and mineralization in vitro. Acta Biomater. 9, 5771–5779 (2013).