Приклади вживання Thermal degradation Англійська мовою та їх переклад на Українською
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High quality terpene extracts(no thermal degradation).
Thermal degradation and sintering results in the loss of catalytic surface area, support area, and active phase-support reactions.
The mild conditions of the ultrasonic extraction prevent a thermal degradation of the heat-sensitive pectins.
During ultrasonic extraction, plant materials, such as hops and other herbs, are processed at mild temperatures,limiting thereby thermal degradation.
Since sonication is a non-thermal processing method, thermal degradation of heat-sensitive components is avoided.
The vitamins and minerals may be added at this point butare usually added later to avoid thermal degradation.
Being a non-thermal method, ultrasonic extraction prevents the thermal degradation of temperature-sensitive antioxidants.
At this point can be added vitamins and minerals,but they are usually added later in order to avoid thermal degradation.
Since ultrasonic extraction is a non-thermal extraction method, the thermal degradation of the bioactive ingredients is avoided.
As a cold infusion, the suspension of botanical and oil is kept at room temperature in order to prevent the sensitive volatile compounds,oleoresins and essential oils from thermal degradation.
By pre-cooling the sample and keeping the sample during sonication on ice,sample thermal degradation of the sample can be easily prevented.
But contrary to combustion in conventional cigarettes, thermal degradation is an unwanted side effect, and e-cigarette manufacturers can eliminate a lot of it without negatively impacting aerosol generation.
As a non-thermal process,sonication is a mild extraction technique preventing the thermal degradation of the extract.
As a mild mechanical treatment, ultrasound extraction prevents the thermal degradation of bioactive compounds and outperforms other techniques such as conventional solvent extraction, hydrodistillation, or Soxhlet extraction, which are known to destruct heat-sensitive molecules.
As a purely mechanical, non-thermal processing technique,ultrasonic extraction prevents the thermal degradation of thermo-labil compounds.
As a mild mechanical treatment, ultrasound-assisted extraction avoids the thermal degradation of bioactive components and excels in comparison with other techniques such as conventional solvent extraction, hydrodistillation, or Soxhlet extraction, which are known to destruct heat-sensitive molecules.
Since terpenes, THC and CBD have high boiling points(between 160-250°C/ 310-482°F), under atmospheric conditions a distillation would require high temperature treatment,which comes with thermal degradation of the heat-sensitive cannabinoids.
Hazardous waste treatmenttechnologies are often based on method of thermal degradation, which is associated with the use of additional air pollution.
Nano-sized fillers and additives in rubbers act as reinforcing and protective agents to improve tensile strength, abrasion resistance, tear resistance,hysteresis and to preserve against photo- and thermal degradation of the rubber.
Besides process intensification-which results in higher yields and shorter extraction time- thermal degradation and loss of temperature-sensitive constituents is prevented since sonication is non-thermal treatment.
Other advantages linked with the use of ultrasonic extraction of terpenes are easy handling of the ultrasonic extractor, rapid process, no chemical waste, high yield, eco-friendly,enhanced quality due to mild processing conditions and the prevention of thermal degradation.
As a mild mechanicaltreatment, ultrasound-assisted extraction avoids the thermal degradation of bioactive components and excels in comparison with other techniques such as conventional solvent extraction, hydrodistillation, or Soxhlet extraction, which are known to destruct heat-sensitive molecules.
Thereby, distillation under vacuum conditions lowers thermal and oxidative degradation of the extracts.
By the mild process temperature andthe avoidance of harsh solvents a thermal and chemical degradation of the mogrosides is prevented.
It is believed, that ultrasonic degradation, unlike chemical or thermal decomposition, is a non-random process, with cleavage taking place roughly at the center of the molecule.
LONGi Solar modules received the highest rating for performance in thermal cycles, humid heat, dynamic-mechanical load and potentially induced degradation, and proved their long-term reliability.
To protect vehicles from suffering early range degradation, many(though not all) electric vehicles feature complex thermal management systems with liquid cooling to keep the batteries at a safe temperature.
Thermal pollution is the degradation of the water quality by any process that changes the ambient water temperature.
Some peculiarities of degradation of 12Х18Н12Т steel pipes of steam reheaters in thermal plant boilers.