The phrase "a high decomposition" is correct and usable in written English.
It can be used in contexts related to chemistry, biology, or any field discussing the breakdown of substances or materials.
Example: "The study revealed a high decomposition rate of organic matter in the soil, which is crucial for nutrient cycling."
Alternatives: "a significant breakdown" or "an elevated decomposition".
A high decomposition temperature implies that more heat input and costly equipment would be required to perform the process.
Further, a high decomposition rate of CH4 leads to the diffusion of the C-rich species into the NiSi nanoparticles which subsequently form a radial SiC layer.
The resulting polymers exhibited good thermal stability with a high decomposition temperature over 350 °C and a broad absorption in the range from 400 to 900 nm.
In this condition, a high decomposition rate over 99.5%was achieved in spite of a short residence time estimated around 50 ms.
The resulting polymers show excellent solubility in conventional solvents and good thermal stability with a high decomposition temperature about 500 °C measured by TGA.
Experimental results indicate that a high decomposition extent of copper oxychloride is obtained at equilibrium when the temperature is higher than 500 °C, and the oxygen pressure is below 2 bar.
Despite the highest density, it presents a higher decomposition temperature.
The addition of a larger amount of TiO2 nano particle resulted in a higher decomposition rate.
We note that the watermark embedded in a higher decomposition level (low frequency band) has better resistance against distortions.
A higher frequency led to a higher decomposition rate of RhB, which is attributed to a production of a larger amount of hydroxyl radicals at a higher frequency.
In other words, the silica/PAI composites have a higher decomposition temperature when the PAI polymer matrix loses the same weight.
