Abstract Nowadays, monitoring landfill produced gases (LFGs) is a major task for environmental safety of the areas neighboring garbage dumps. The authors have explored a novel approach to this problem. We have tested solid-state chemoresistive gas sensors to detect typical complex organic gases produced by landfill, i.e., carbon sulfide, methyl sulfide and xylene. We have prepared TiO 2 :Mo, MoO 3 :Ti, TiO+WO 3 and TiO:W mixed-oxides thin films deposited by reactive sputtering and then processed through the selective sublimation technique. The layers gave remarkable response towards carbon disulfide and xylene below the attention level for these gases
A systematic comparison of sol-gel prepared titanium dioxide (TiO2), WO3, and MoO3 single metal oxid...
A systematic comparison of sol-gel prepared titanium dioxide (TiO2), WO3, and MoO3 single metal oxid...
With industrial escalation, the increase in air toxicity leads to air quality degradation. There is ...
Nowadays, monitoring landfill produced gases (LFGs) is a major task for environmental safety of the ...
Nowadays, monitoring landfill produced gases (LFGs) is a major task for environmental safety of the ...
We approached the problem of sensing gaseous pollutants and malodors originated from decomposition o...
We approached the problem of sensing gaseous pollutants and malodors originated from decomposition o...
We approached the problem of sensing gaseous pollutants and malodors originating as a result of deco...
We approached the problem of sensing gaseous pollutants and malodors originated as a result of decom...
The purpose of this paper is to present a research study on application of low-cost solid-state gas ...
The purpose of this paper is to present a research study on application of low-cost solid-state gas ...
We approached the problem of sensing gaseous pollutants and malodors originated as a result of deco...
Global warming, as the result of the negative impact of humans on climate change, has been observed ...
We approached the problem of sensing gaseous pollutants and malodors originated as a result of deco...
Terrorists frequently use explosives and they represent an imminent threat to national and global se...
A systematic comparison of sol-gel prepared titanium dioxide (TiO2), WO3, and MoO3 single metal oxid...
A systematic comparison of sol-gel prepared titanium dioxide (TiO2), WO3, and MoO3 single metal oxid...
With industrial escalation, the increase in air toxicity leads to air quality degradation. There is ...
Nowadays, monitoring landfill produced gases (LFGs) is a major task for environmental safety of the ...
Nowadays, monitoring landfill produced gases (LFGs) is a major task for environmental safety of the ...
We approached the problem of sensing gaseous pollutants and malodors originated from decomposition o...
We approached the problem of sensing gaseous pollutants and malodors originated from decomposition o...
We approached the problem of sensing gaseous pollutants and malodors originating as a result of deco...
We approached the problem of sensing gaseous pollutants and malodors originated as a result of decom...
The purpose of this paper is to present a research study on application of low-cost solid-state gas ...
The purpose of this paper is to present a research study on application of low-cost solid-state gas ...
We approached the problem of sensing gaseous pollutants and malodors originated as a result of deco...
Global warming, as the result of the negative impact of humans on climate change, has been observed ...
We approached the problem of sensing gaseous pollutants and malodors originated as a result of deco...
Terrorists frequently use explosives and they represent an imminent threat to national and global se...
A systematic comparison of sol-gel prepared titanium dioxide (TiO2), WO3, and MoO3 single metal oxid...
A systematic comparison of sol-gel prepared titanium dioxide (TiO2), WO3, and MoO3 single metal oxid...
With industrial escalation, the increase in air toxicity leads to air quality degradation. There is ...