Now, researchers reporting in ACS Agricultural Science & Technology have addressed those challenges with glass fertilizer beads. The beads control nutrient release, and the researchers say they're ...

Now, researchers have addressed those challenges with glass fertilizer beads. The beads control nutrient release, and the researchers say they're environmentally compatible. Agricultural ...

Scientists are now working on a possible solution to that problem, by developing a sustained-release fertilizer that takes the form of tiny glass beads. Conventional fertilizers are typically ...

Now, researchers reporting in ACS Agricultural Science & Technology have addressed those challenges with glass fertilizer beads. The beads control nutrient release, and the researchers say they’re ...

Now, researchers reporting in ACS Agricultural Science & Technology have addressed those challenges with glass fertilizer beads. The beads control nutrient release, and the researchers say they’re ...

Ever wondered how glass beads look when embedded in resin? We tested it, and the results are absolutely stunning! Watch to see if this technique is worth trying for your next project. ✨ ...

After experimenting with a range of materials, the scientists created nano-sized plastic beads made from melamine and formaldehyde. They then discovered that mixing the sizes of the beads was the ...

Research led by Jilin University and Texas A&M University has documented the first known case of cinnabar-stained teeth in ...

Its ability to resist scratches makes it an excellent choice for screens and protective coatings. However, its extreme ...

Glass fertiliser beads offer a sustainable solution to agricultural nutrient delivery. Researchers have developed these beads for controlled release, minimising environmental harm while sustaining ...

Based on concrete 3D printing technology, this paper prepared glass bead insulation mortar which can be used for 3D printing through an orthogonal test. The effects of each component on the thermal ...

What if everyday movement powered your devices? Researchers have discovered that tiny beads, when chosen carefully, can generate electricity through friction. This could lead to self-powered wearables ...