China Powder Science and Technology

The only professional technical journal in the field of powder science and technology in China（ISSN 1008-5548）

[China Powder Science and Technology @China_Powder]

#Steel slag mountains threaten ecology. New research shows a custom #polymer aid grinds waste into Grade I cement, fixing swelling and cutting landfill, giving steelmakers a greener cheaper fix.🧐
@RDMjournal
https://t.co/6RkQ1Coa7p

[China Powder Science and Technology @China_Powder]

#AI upgrades #lithium #batteries from lab to factory, predicting lifespan and optimizing production. Processing complex non-linear data cuts costs and prevents failures, though better data sharing is needed for safer #power.🧐
@China_Powder
https://t.co/UQ6Nvr0hhY

[China Powder Science and Technology @China_Powder]

Engineering tiny flaws into #titanium #dioxide extends its sunlight capture from UV into visible light, enabling #hydrogen fuel production and pollutant cleanup. This review maps precise defect control to chart scalable #solar catalysts.👇
@China_Powder
https://t.co/9K3D9PfswJ

[China Powder Science and Technology @China_Powder]

Hotter nuclear #spills mean more toxic #particles in the air. A safe test fluid mapped the exact heat-release link, guiding tighter safety rules for radioactive leaks.😀
@China_Powder
https://t.co/bRLy607bvT

[China Powder Science and Technology @China_Powder]

Normal filters melt in factory heat over 500°C. Sand-trap-style granular bed filters survive it. This issue showcases fresh designs and #simulations to clean #steel and #energy plant smoke, pushing greener #industry.🧐
@China_Powder
https://t.co/egmAeZHLm5

[Chinese Chemical Letters @ChinChemLett]

Coordination-Driven Design of Single-Atom Nanozymes: Bridging Mechanistic Insights and Multimetal Applications

https://t.co/6d0jY4XTcy

[China Powder Science and Technology @China_Powder]

Mixing #plastic and nylon in factory drums often leaves clumps. #Simulations pinpoint three 3cm angled ridges for 91% blend perfection, guiding cheap mixer upgrades for stronger #industrial plastics.🥳
@China_Powder
https://t.co/9L6XH7fS7a

[China Powder Science and Technology @China_Powder]

🧑‍🔬Scientists measured super-reactive #magnet #powder in protective #gas for the first time, creating precise flow #simulations. This fixes air-exposure errors, enabling safer and more efficient production of powerful magnets.👍
https://t.co/eVCqNUfPlr
@China_Powder
https://t.co/evUflwiJel

[Chinese Chemical Letters @ChinChemLett]

When assembly becomes amplification: Anionocages as signal multipliers for chiroptical sensing of tyrosine phosphorylation

https://t.co/CEL41nuvec

[China Powder Science and Technology @China_Powder]

Tiny glass bubbles mixed into concrete make walls lighter and better at keeping heat in. At a 6% dosage achieves the optimal balance, the #material meets green building standards while maintaining strength, offering a practical advance for #energy-efficient homes and lower heating #costs.🥳
@China_Powder
https://t.co/tfmUnEDtmI

[China Powder Science and Technology @China_Powder]

Common mineral #magnesite can be transformed into a powerful sponge-like #material that soaks up toxic heavy #metals from water in just 5 minutes. This offers a cheap, efficient way to clean polluted water while turning low-value ore into high-value #environmental tech.👏
@China_Powder
https://t.co/SivwcWlPYJ

[Chinese Chemical Letters @ChinChemLett]

Heteroatom-controlled dearomatization and [4 + 2] annulation of phenols: Construction of benzothiophene fused tricyclic [6,6,5] polycycles and DFT studies

https://t.co/9f1wtNRQBi

[Saur Lab @SaurLab]

Thrilled to share Phoenix: virtual spatial transcriptomics from routine H&E in >10k patients. Led by @TranManuelD & @rushin_gindra with @p_tingying & @fabian_theis. Predicts gene expression across #PDAC & rare cancers—toward biomarkers and therapy response https://t.co/p2sOlIBp0z

[China Powder Science and Technology @China_Powder]

Super-hard CBN grits make industrial grinding wheels for precision machining. Optimized material selection and plating craft greatly lift wheel accuracy, durability and stability, supporting domestic high-end grinding tool manufacturing.😀
#CBN #powder #material
@China_Powder
https://t.co/FiK3vLtGEH

[China Powder Science and Technology @China_Powder]

Fast-setting cement used in tunnels and emergency repairs often weakens bonding to existing surfaces. Adding a sulfate modifier fixes this flaw, boosting early strength by 62% and adhesion by 91% for safer, more durable construction.🧐
@China_Powder
https://t.co/9GF1rADVX6

[China Powder Science and Technology @China_Powder]

A new spray drying method fixes cracking problems in silica particle production. Using branched silica instead of spherical shapes yields intact, highly porous microspheres with tunable pore sizes—enabling better drug delivery and industrial applications.🧐
@China_Powder
https://t.co/VLL7nTHWw2

[China Powder Science and Technology @China_Powder]

A new pixel-trimming method removes false color fringes around edges in digital images. This ensures truer colors for medical diagnostics and industrial quality control, improving accuracy and potentially informing future imaging standards.👍
@China_Powder
https://t.co/kdZVeA88U0

[China Powder Science and Technology @China_Powder]

Enzymes break down plastic bottles at room temperature without toxic emissions, unlike energy-intensive chemical recycling. This biological approach turns waste into valuable raw materials, offering a cleaner alternative to landfilling and pollution.🥳
#enzymes #materials #pollution
@China_Powder
https://t.co/huuojqDPKw

[China Powder Science and Technology @China_Powder]

A high-temperature salt bath method creates better carbon material for energy storage. This simple, scalable technique charges faster and holds more power than current options, promising improved supercapacitors for electric vehicles and renewable energy.😀
#carbon #material #energy
@China_Powder
https://t.co/wWovPGLfrW

[China Powder Science and Technology @China_Powder]

Water-based zinc batteries are fire-safe but suffer from corrosion and metal whiskers that create short-circuit and fire risks. A new tin-zinc alloy anode prevents these dangerous growths, enabling durable, fire-safe energy storage for grid-scale applications.😀
#zinc #metal #powder #energy
@China_Powder
https://t.co/XOji2SF2YS