Examples of using Process temperature in English and their translations into Vietnamese
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Colloquial
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Ecclesiastic
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Computer
Introduction of sensors for process temperature.
Process temperatures can be set to between 35-55°C.
Hence, you can control the process temperature accurately.
Process temperature up to 125 °C(257 °F) possible without remote seals.
It demands more time to act, when the process temperature is lower.
High process temperatures can even lead to the destruction of thermal sensitive extracts.
The reaction vesselwas placed in a water bath to control the process temperature.
The process temperature can influence the ambient temperature close to the process. .
The ultrasonically assistedtransesterification can typically run at lower process temperatures.
When the flow rate is large, the influence of process temperature change on flow measurement accuracy is not very large.
It measures not only the flow in electrically conductive fluids,but also the process temperature.
Termicheskih process temperatures up to 1250 C, the size of the workspace 1000h2500, manufactured in Bortek, Borispol, Ukraine.
Sonication allows to prepare a stable graphene dispersion at low process temperature of approx. 65°C.
Normal process temperature is 90C-105C(203F- 221F), roller pressure and temperature vary from different types of paper, ink and machines.
Measured mediums solidize or crystalizedue to change of environment or technological process temperature.
It is not affected by the parameters of the medium, process temperature, process pressure and process density in theory.
The solution is DUROSTONE CFR 767 which has been specifically formulatedfor use with aggressive fluxes and high process temperatures.
An innovated sensor assembly enables direct-connected use in process Temperatures of up to 125 °C(257 °F) even without a remote seal system.
Hielscher flow cell reactors are made from stainless steel or glass andare equipped with cooling jacket to control the process temperature.
The use of a capillary allows remote reading of the instrument andlimits the effects of the process temperature(above 250°C) on the accuracy of the instrument.
When nitrogen, a strong austenite forming element, permeates from the surface into the interior of stainless steel, the surface microstructure changes into austenite ormartensite depending on the amount of nitrogen permeated and the process temperature.
The quality of the material varies from process to process, however a good rule of thumb is that higher process temperature yields a material with higher quality and less defects.
The bimetal thermometer model 46 is mainly used in the heating,air-conditioning and refrigeration equipment to monitor the process temperature.
Our Temperature Control Unit is designed andtested for use in industrial environments to control process temperatures from 30℃ up to 350℃.
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.
Processing temperature is higher that easy to produce the mist of oil then make dirty work environment.
The advantage of this Temperature Control Unit is processing temperature up to 350ºC;
Available in different particle sizes,it can be used in a wide range of polymers at processing temperatures below 220°C.
With little or no dimensional change with processing temperatures of 60°C(and less than 5% dimensional change even at 100°C for 5 minutes).
First, wood requires processing temperatures lower than 200C, and these polymers melt under lower temperatures, thus preventing wood from degrading/ burning when processed. .