Water capture and dehumidification of climate-controlled areas are typically performed in energy intensive processes with single use materials, or those that are difficult to regenerate. While these materials are effective in capturing water, the inability to recycle these materials efficiently, limits their applicability. Aluminium fumarate is a n

A company has designed and developed a novel and convenient way to synthesise nano-sulfur particles, which can be directly used as a highly effective sulfur fungicide in crop protection. While bulk sulfur fungicide is commercially available in the market, this nano-sulfur fungicide offers higher efficacy due to its higher surface area and smaller p

This technology presents a 'materials by design' approach to develop tunable coatings utilising functionalised nanoparticles. Coatings that incorporate these nanoparticles can be designed to impart optimised efficiency, optimised functionality, reduced corrosion, retention of appearance, improved fuel efficiency and improved airflow, and are applic

(Cấu trúc Nanowire với chấm lượng tử và phương pháp sản xuất) This abstract is currently in preparation

(Thiết bị và đèn pin plasma kết hợp cảm ứng điều khiển bằng tần số kép để tạo ra hạt nano) According to an embodiment of the present invention, a double-frequency power-driven inductively coupled plasma torch comprises: a hollow confinement pipe for providing a space where thermal plasma is formed therein; an induction coil for covering the confine

(Sợi nano oxit nhôm và phương pháp sản xuất bằng phương pháp điện hóa) Provided are a method for forming an aluminum oxide nanofiber using an electrochemical method and an aluminum oxide nanofiber produced thereby. The method for forming an aluminum oxide nanofiber using an electrochemical method according to an embodiment of the present invention

(Phương pháp sản xuất hạt nano oxit sắt siêu Paramagnetism phủ PVLA) PURPOSE: A manufacturing method of super paramagnetism iron oxide nanoparticle in which PVLA is coated is provided to prevent instability and agglomeration due to hydrophobicity attraction between super paramagnetism iron oxide nanoparticles and to have emulsifier functions. CONST

This technology presents a chromate-free, smart release 'on demand' corrosion inhibitor technology delivering superior performance and regulatory compliance benefits. Corrosion protection of metallic surfaces is fundamental across a wide range of sectors, including the construction of industrial, commercial and domestic buildings, aerospace and air

In order to convert MSWI fly ash into useful materials, the toxic heavy metals in the ash has to be removed or stabilized. The current technologies such as electrochemical, sintering and vitrification have many limitations, i.e. high cost, high-energy consumption and the generation of more waste. Our technology is featuring a practical, scalable, l

Effective stirring is essential in chemical and biological experiments. This is usually achieved with magnetic stirrers and stir bars. However, this will not work in tiny channels and droplets used in lab-on-a-chip applications and for microliter-scale experiments in biosciences. To answer this problem, we present the world's smallest magnetic stir

Silica (SiO2) fibrous material is a special functional material with unique properties represented by amorphous fibre structure. These silica fibres can adsorb significantly more water than commercially available silica gel of the same mesoporous character. This feature is especially apparent in the range of medium relative humidity (30-70% RH), wh

A unique nanofiber form of pure aluminium oxide (alumina) was discovered and further developed as an industrial scale technology. Nano-alumina features high strength, high aspect ratio, large surface area and a faceted surface, which all together allow the nanofiber to increase the mechanical properties of polymer (e.g. epoxy) based systems. The in

This new and mercury free UV technology offers huge benefits compared to conventional UV sources. It is uniquely suited for applications where instantaneous start of UVC and secure levels of disinfection are of importance. This truly sustainable UV technology is completely free of toxic materials like Mercury. That removes significant barriers and

This groundbreaking UV nanostructured coating improves UV output of existing UV lamps, sleeves and UV transparent windows by up to 15% at 254nm. It has been extensively evaluated at 254nm using standard mercury low pressure lamps (LP Hg lamps). This proprietary layer is made with a simple wet chemical coating process followed by a short heat treatm

The technology offers functional coating using a submicron thin film that is ultra-hard, non-fragile and anti-scratch for use as protective coating on watches and electronic devices including smartphones and tablets. Compared with the existing less durable and easily scratched cover glass on mobile devices, this coating can be applied to screens pr

Chip-scale UV light source is a new revolution in the disinfection field. Many applications, impeded by size constraints, performance limitations and high cost of existing UV light sources, now become possible utilizing this new and sustainable technology. With its unrivaled germicidal performance, immediate startup, very low temperature dependence

Nanoplasmonics deal with creating ultra-compact components for nanoscale photonic devices to match their electronic counterparts. Focusing on control and manipulation of plasmons at nanometre dimensions, nanoplasmonics combines the strength of electronics and photonics and is predicted to replace existing integrated circuits and photonic devices. I

A new material has been developed by embedding graphene, in roll-up form, in titanium-dioxide composite nanofibre. It is used as a photocatalyst to harvest light, in order to generate electrons and positive holes. These electrons are transferred to various sites along the nanofiber where reactions are needed, and reacts with oxygen in air to genera