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Nickel oxide overview
Compounds with the chemical name NiO are compounds containing nickel (II). It is the principal oxide of Nickel. Nickel oxide, a thermally stable, highly insoluble source of nickel, is suitable for applications such as glass, ceramics, and optics. Nickel oxide, the main nickel oxide, is a green solid. Every year, millions of kilos of nickel oxide powder (NiO) with high purity (99.999%), are produced. Oxide doesn’t conduct electricity.
Certain oxides of the perovskite structural have conductivity on the cathodes for solid oxide fuel cell and oxygen generation systems. Compounds containing one or more metal cations and at least one oxygen ion. These compounds are stable and insoluble in aqueous solution (water). They can be used for ceramic structures and even for the production of simple clay bowls to house advanced electronic devices.
Metal oxides react with acids, strong reducing substances and sputtering targets in redox reaction. Nickel oxide can be produced as powders, particles, small pieces or tablets. In many cases, nickel dioxide is readily available. Nickel oxide in high purity, nanopowder and submicron forms are possible.
What uses does nickel oxide have?
Nickel oxide can be used for electrical ceramics like thermistors or varistors. As a ceramic, glass and glaze pigment, ferrite (nickelzinc ferrite), can be used.
NiO can be used for a number of professional purposes. In general, “chemical grade” is distinguished from “metallurgical quality”. Chemical grade is a relatively purified material that is used in special applications. “Metallurgical grade”, on the other hand, is primarily used to make alloys. In the ceramics sector, it’s used to make glass frits, ferrites and enamels. It is used in the production of nickel steel alloys. Charles Edouard Guillaume received the 1920 Nobel Prize in Physics in recognition of his research on nickel steel alloys he called Invar or Irenevar.
NiO, or hole transport material, is used in thin-film photovoltaic cells. NiO is also a part of nickel-iron battery (also called Edison batteries) as well as a fuel cell component. It is also the precursor to many nickel-iron batteries (also known as Edison batteries) and a component of fuel cells. NiO has been used for many years to produce NiCd rechargeable battery used in electronic devices. In complementary electrochromic devices, NiO is often used as anode electrode instead of tungsten dioxide (cathode electrode).
About 4,000 tons of chemical-grade NiO are produced annually. Black NiO, formed from mineral acid treatment, is the precursor to nickel sal. NiO can be used as a hydrogenation catalyst.
The reduction of nickel oxide to metallic Nickel can be achieved by heating with hydrogen or carbon. When heated to high temperatures (>700degC), nickel oxide can be combined with sodium and potassium oxides to produce nickelates.
Is nickel oxide soluble in water?
Nickel oxide dissolves in ammonium hydroxide, potassium cyanide, and acid. It is insoluble with hot and cold water as well as a caustic solution.
Use collinear nickel-oxide insulators in conjunction to generate spin polarized current
The antiferromagnetic material has shown great promise in spintronics because it is resistant to magnetic field disturbances. It also does not produce stray fields and exhibits ultra-fast dynamic. It is difficult, however, to manipulate spin-polarized energy in these materials due to their symmetry. Nickel oxide can help overcome the limitation.
We have constructed a prototype junction consisting of a gold-nickel-gold-gold junction, in which a collinear nickel oxide insulator can destroy the spin sublattice symmetry using an external bias voltage. A system like this demonstrates spin-polarized alternating currents when it induces non-equivalent transmissions of spin up and spin down currents.
Zhang Xianmin said, “Because of the symmetry between the spin sublattice and the collinear antiferromagnetic material, it was long believed that spin polarized current could not be achieved.” “Here, the bias voltage is used to break the symmetry in the antiferromagnetic antiferromagnetic Spin Sublattice. This leads to a spin polarized current being generated in the collinear material.”
This work shows a way to overcome the large resistance mismatch which prevents the small spin injection into the semiconductor from the metal electrode. This will make it easier for spintronics to be combined with semiconductor electronic.
By changing the bias voltage, the team could not only adjust the amplitude but also the direction of spin polarization. The system can achieve 80% positive spin-polarization by using a bias of approximately 0.9 Volts. However, negative spin-polarization requires a voltage greater than 1.6 Volts.
Zhang hopes that his findings will pave a way for new antiferromagnetic spinning devices and will continue to explore such materials.
Is Nickel Oxide Acidic or Alkaline
Unless stated otherwise, the data provided on materials is at standard conditions. (at 25degC, 77degF and 100 kPa). Nickel hydroxide, also known as NiO(OH), is an inorganic chemical compound. It is an insoluble black solid that will not dissolve in any solvents. However, it can be attacked by acids and alkalis.
Is nickel oxide magnetic?
The solution-growth method is used to produce branched nanocrystals of nickel oxide with a narrow size distribution. The magnetic characterization results show that NiO Nanocrystals less than 12.8 nm in size exhibit a weak ferromagnetic phase at room temperatures due to spins which are not compensated.
UiTM electrical engineers’ innovative nickel oxide nano carnation packaging won the MTE 2020 gold award and International Merit Award.
The lecturer for electrical engineering at Teknologi MARA University Malaysia won a Gold Medal in the recent Malaysia Technology Expo. Their project is titled “Humidity Sensing Based on New Nickel-Oxide Nano-Carnation Synthesized By Low-Temperature Infusion Method”. Dr. Assoc. Mohamad Hassan Mamat was also awarded the International Merit Award at the 2020 Malaysia Technology Expo.
The present invention proposes a manufacturing method for a cheap humidity sensor that is based on nickel-oxide nanostructures. The sensor produced has excellent sensitivity for humidity or water molecules. You can manufacture sensors using the solution-immersion method at low temperatures.
MTE has been held annually in Malacca Malaysia since 2001. It is now one of the largest international invention shows. This year MTE is being managed by PROTEMP Group and University of Malacca Malaysia. SIRIM Tech Venture Sdn Bhd. It is the subsidiary of SIRIM Berhad that provides commercial service for innovations created by R&D activities in Malaysia. Over 500 local and foreign inventions were exhibited during the three day exhibition.
(aka. Technology Co. Ltd. (aka. Click on the product to send us an inquiry.
Certain oxides of the perovskite structural have conductivity on the cathodes for solid oxide fuel cell and oxygen generation systems. Compounds containing one or more metal cations and at least one oxygen ion. These compounds are stable and insoluble in aqueous solution (water). They can be used for ceramic structures and even for the production of simple clay bowls to house advanced electronic devices.
Metal oxides react with acids, strong reducing substances and sputtering targets in redox reaction. Nickel oxide can be produced as powders, particles, small pieces or tablets. In many cases, nickel dioxide is readily available. Nickel oxide in high purity, nanopowder and submicron forms are possible.
What uses does nickel oxide have?
Nickel oxide can be used for electrical ceramics like thermistors or varistors. As a ceramic, glass and glaze pigment, ferrite (nickelzinc ferrite), can be used.
NiO, or hole transport material, is used in thin-film photovoltaic cells. NiO is also a part of nickel-iron battery (also called Edison batteries) as well as a fuel cell component. It is also the precursor to many nickel-iron batteries (also known as Edison batteries) and a component of fuel cells. NiO has been used for many years to produce NiCd rechargeable battery used in electronic devices. In complementary electrochromic devices, NiO is often used as anode electrode instead of tungsten dioxide (cathode electrode).
About 4,000 tons of chemical-grade NiO are produced annually. Black NiO, formed from mineral acid treatment, is the precursor to nickel sal. NiO can be used as a hydrogenation catalyst.
The reduction of nickel oxide to metallic Nickel can be achieved by heating with hydrogen or carbon. When heated to high temperatures (>700degC), nickel oxide can be combined with sodium and potassium oxides to produce nickelates.
Is nickel oxide soluble in water?
Nickel oxide dissolves in ammonium hydroxide, potassium cyanide, and acid. It is insoluble with hot and cold water as well as a caustic solution.
Use collinear nickel-oxide insulators in conjunction to generate spin polarized current
The antiferromagnetic material has shown great promise in spintronics because it is resistant to magnetic field disturbances. It also does not produce stray fields and exhibits ultra-fast dynamic. It is difficult, however, to manipulate spin-polarized energy in these materials due to their symmetry. Nickel oxide can help overcome the limitation.
We have constructed a prototype junction consisting of a gold-nickel-gold-gold junction, in which a collinear nickel oxide insulator can destroy the spin sublattice symmetry using an external bias voltage. A system like this demonstrates spin-polarized alternating currents when it induces non-equivalent transmissions of spin up and spin down currents.
Zhang Xianmin said, “Because of the symmetry between the spin sublattice and the collinear antiferromagnetic material, it was long believed that spin polarized current could not be achieved.” “Here, the bias voltage is used to break the symmetry in the antiferromagnetic antiferromagnetic Spin Sublattice. This leads to a spin polarized current being generated in the collinear material.”
By changing the bias voltage, the team could not only adjust the amplitude but also the direction of spin polarization. The system can achieve 80% positive spin-polarization by using a bias of approximately 0.9 Volts. However, negative spin-polarization requires a voltage greater than 1.6 Volts.
Zhang hopes that his findings will pave a way for new antiferromagnetic spinning devices and will continue to explore such materials.
Is Nickel Oxide Acidic or Alkaline
Unless stated otherwise, the data provided on materials is at standard conditions. (at 25degC, 77degF and 100 kPa). Nickel hydroxide, also known as NiO(OH), is an inorganic chemical compound. It is an insoluble black solid that will not dissolve in any solvents. However, it can be attacked by acids and alkalis.
Is nickel oxide magnetic?
The solution-growth method is used to produce branched nanocrystals of nickel oxide with a narrow size distribution. The magnetic characterization results show that NiO Nanocrystals less than 12.8 nm in size exhibit a weak ferromagnetic phase at room temperatures due to spins which are not compensated.
UiTM electrical engineers’ innovative nickel oxide nano carnation packaging won the MTE 2020 gold award and International Merit Award.
The lecturer for electrical engineering at Teknologi MARA University Malaysia won a Gold Medal in the recent Malaysia Technology Expo. Their project is titled “Humidity Sensing Based on New Nickel-Oxide Nano-Carnation Synthesized By Low-Temperature Infusion Method”. Dr. Assoc. Mohamad Hassan Mamat was also awarded the International Merit Award at the 2020 Malaysia Technology Expo.
The present invention proposes a manufacturing method for a cheap humidity sensor that is based on nickel-oxide nanostructures. The sensor produced has excellent sensitivity for humidity or water molecules. You can manufacture sensors using the solution-immersion method at low temperatures.
MTE has been held annually in Malacca Malaysia since 2001. It is now one of the largest international invention shows. This year MTE is being managed by PROTEMP Group and University of Malacca Malaysia. SIRIM Tech Venture Sdn Bhd. It is the subsidiary of SIRIM Berhad that provides commercial service for innovations created by R&D activities in Malaysia. Over 500 local and foreign inventions were exhibited during the three day exhibition.
(aka. Technology Co. Ltd. (aka. Click on the product to send us an inquiry.