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This method is also valid for other tungsten-based alloy nanocatalysts to grow SWNTS of various designed chirality."
The filter is coated with a manganese oxide-based nanocatalyst, which can be used in a smoking room to reduce
The research team has developed a nanocatalyst filter by evenly coating a manganese oxide-based nanocatalyst powder onto a ceramic-based filter media.
The nanocatalyst filter uses a technology that decomposes elements of cigarette smoke using oxygen radical
which is generated by decomposing ozone in the air on the surface of the manganese-oxide-based nanocatalyst filter.
The filter is coated with a manganese oxide-based nanocatalyst, which can be used in a smoking room to reduce
The research team has developed a nanocatalyst filter by evenly coating a manganese oxide-based nanocatalyst powder onto a ceramic-based filter media.
The nanocatalyst filter uses a technology that decomposes elements of cigarette smoke using oxygen radical
which is generated by decomposing ozone in the air on the surface of the manganese-oxide-based nanocatalyst filter.
The filter is coated with a manganese oxide-based nanocatalyst, which can be used in a smoking room to reduce
The research team has developed a nanocatalyst filter by evenly coating a manganese oxide-based nanocatalyst powder onto a ceramic-based filter media.
The nanocatalyst filter uses a technology that decomposes elements of cigarette smoke using oxygen radical
which is generated by decomposing ozone in the air on the surface of the manganese-oxide-based nanocatalyst filter.
KIST has developed a nanocatalyst filter coated with a manganese oxide-based nanocatalyst, which can be used in a smoking room to reduce
The research team has developed a nanocatalyst filter by evenly coating a manganese oxide-based (Mn/Tio2)) nanocatalyst powder onto a ceramic-based filter media.
The nanocatalyst filter uses a technology that decomposes elements of cigarette smoke using oxygen radical,
which is generated by decomposing ozone in the air on the surface of the manganese-oxide-based nanocatalyst filter.
the research team made an air cleaning equipment prototype using the nanocatalyst filter. The equipment was installed in an actual smoking room in the size of 30 square meters (with processing capacity of 4 CMM.
or so to commercialize this technology as the nanocatalyst and the filter coating technologies had been developed already.
#Single-nanocatalyst water splitter produces clean-burning hydrogen 24/7 (Nanowerk News) Stanford university scientists have invented a low-cost water splitter that uses a single catalyst to produce both hydrogen
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