Examples of using Process temperature in English and their translations into Bulgarian
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Process temperature(TP).
Controllers- Process Temperature.
Process temperature 0- 100 degC(other temperatures on request).
Hence, you can control the process temperature accurately.
Typical process temperatures are approximately 60°C.
A liquid surrounding the glass pipe supplies the right process temperature.
Lower Process Temperature.
The reaction vessel was placed in a water bath to control the process temperature.
Stable process temperature.
The ultrasonically assisted transesterification can typically run at lower process temperatures.
For higher process temperature requirement, please contact us for discussion.
Ultrasonically aided liquefaction can work at substantially lower process temperatures of approx.
At a constant process temperature of 30°C gave a rebaudioside A yield of 30-34g per 100g sample.
When the pellet making line machine pelleting in the process temperature is higher than 80 degrees celsius.
For process temperature higher than 220℃/30 minutes, please contact us for customized solutions.
Therefore the color remains stable for process temperature ranging from 150℃~220℃/30 minutes.
High process temperatures can even lead to the destruction of thermal sensitive extracts.
Hielscher offers ultrasonic flow cells and reactors with cooling jackets,which support the maintenance of optimal process temperatures.
Process temperatures temperature in the range of 60 to 80°C are beneficial to enhance the extract yield.
Hielscher flow cell reactors are made from stainless steel or glass andare equipped with cooling jacket to control the process temperature.
By the mild process temperature and the avoidance of harsh solvents a thermal and chemical degradation of the mogrosides is prevented.
During the ultrasonic extraction procedure,a continuous rapid heat dissipation was ensured to maintain the process temperature below 30°C.
The disadvantages of PPP is the difficulty of monitoring the process temperature, which can lead to undesirable temperature changes, as well as their higher cost.
The digital interface of the TI-1 provides information on the sensor temperature, which,due to its design, is close to the actual process temperature.
Since the process temperature can be precisely controlled during the sonication, thermal decomposition of the extracts due to excessively high temperatures as well as evaporation of the substances are avoided.
Best results for ultrasonically assisted extraction of plant extracts(e.g.active compounds from herbs, medicinal plant etc.) are achieved at a process temperature between 0-60°C.
At the lab scale, you can use a UP200Ht to demonstrate the concept and to adjust basic parameters,such as peroxide concentration, process temperature, sonication time and intensity as well as catalyst or solvent usage.
Graphene with a high electric conductivity(712 S·m-1), good dispersity and high concentration can be easily prepared using an ultrasonic disperser,such as UIP2000hdT or UIP4000. Sonication allows to prepare a stable graphene dispersion at low process temperature of approx. 65°C.
Since temperature-control of biological samples is often a crucial factor for the quality of the process results,Hielscher offers various solutions to keep the process temperature in the targeted temperature range.
For most ultrasonic processes, temperature of sonicated medium should be as low as possible for a low temperatures promotes the generation of intense cavitation.
