英語 での Thermal decomposition の使用例とその 日本語 への翻訳
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Operating temperature is low, reduce material thermal decomposition.
Shows good thermal decomposition, that they decompose completely at 400℃ in Nitrogen atmosphere.
At the same time, diode laser chooses the melanin,blood capillary of dermis and make them thermal decomposition.
Shows good thermal decomposition property. It decompose completely at 400℃ in Nitrogen atmosphere.
This composition is very unstable with respect to partial thermal decomposition, unless maintained under a pure hydrogen atmosphere.
Shows good thermal decomposition property. It decomposes completely at 500℃ in Nitrogen atmosphere.
Spiral type die head will ensure high speed extrusion andavoid the thermal decomposition of amorphous plastics and get high quality products.
Thermal decomposition occurs at about 200°C, making it suitable for a broad range of plastics and rubber applications.
It decomposes non-thermally to form ammonia, and thermal decomposition produces carbon monoxide, carbon dioxide, and oxides of nitrogen.
Thermal decomposition of metal nitrates in the presence of ODA may be used to obtain metal oxide nano crystals of controlled size and shape.
Spiral type die head will ensure high speed extrusion andavoid the thermal decomposition of amorphous plastics and get high quality pipes.
This data shows that the thermal decomposition reaction for the fluorocarbon polymer occurred between 500 °C and 600 °C, as detected by the TOFMS.
Spiral type die head will ensure high speed extrusion andavoid the thermal decomposition of amorphous plastics and get high quality pipes.
In order to prevent thermal decomposition and to prevent gas generation and pressure generation in the cylinder, resin temperature should not be raised to 280°C or higher.
High quality design die head will ensure high speed extrusion andavoid the thermal decomposition of amorphous plastics and get high quality pipes.
Carbon black is produced with the thermal decomposition method or the partial combustion method using hydrocarbons such as oil or natural gas as raw material.
It can slow down the reaction, maintain chemical balance, Stabilizer reduce surface tension,prevent light, thermal decomposition or oxidative decomposition and so on.
The exhaust gas generated by thermal decomposition is charged with caustic soda to remove hydrogen chloride and sulfur oxide. The gas is then treated with bag filters, catalyst, etc. to remove dioxin and nitrogen oxide.
Spiral type die head will ensure high speed extrusion andavoid the thermal decomposition of amorphous plastics and get high quality WPC profiles.
The wastes charged into the carbonization furnace are heat-decomposed in a sand layer maintained in a temperature range of 450°C to 600°C. After the decomposition, carbide and thermal decomposition gas are obtained.
Spiral type die head will ensure high speed extrusion andavoid the thermal decomposition of amorphous plastics and get high quality PVC profiles.
We recommend that ProBiotic LIVE is stored under dry, cool and clean conditions, out of direct sunlight and kept sealed once the original sack has been opened in order toexclude moisture and thermal decomposition.
Photo-assisted CVD is performed in two stages: 1 vibrational excitation,gas heating, and thermal decomposition(thermochemical vapor deposition), and 2 photolysis using multiphoton absorption.
Thermal decomposition of ceramics by the far- infrared range electromagnetic waves and suppression of oxidizing combustion by negative ions, enable to reduce its volume by 1% and cut its weight by less than a few percent, not consuming any heat source energies and not emitting harmful gases.
Flash vaporizers" that apply heat to the liquid using a hot metal surface are also inefficient at generating vapor mass andfrequently can cause thermal decomposition of the liquid precursor.
Early in the twentieth century, the production of beryllium by the thermal decomposition of beryllium iodide was investigated following the success of a similar process for the production of zirconium, but this proved to be uneconomic for volume production.
Simultaneous Thermal Analysis(STA) is ideal for investigating issues such as the glass transition temperature of modified glass,phase transitions in plasters and mortars, and thermal decomposition behavior- also with instrumentation for Evolved Gas Analysis(EGA) coupled to the thermal analyzer.
Early in the 20th century, the production of beryllium by the thermal decomposition of beryllium iodide was investigated following the success of a similar process for the production of zirconium, but this process proved to be uneconomical for volume production.
Several processes can be used to create and modify the pores of the insulating materials,for example thermal decomposition, foam, bloating(swelling) and gas impellent processes, the use of evaporating liquids or solids and the utilisation of fibre structures and natural or synthetic lightweight additives.