Sentence examples for measuring two thermal from inspiring English sources
The thermal stability of native BR is conventionally quantified by measuring two thermal transitions, which are centered at 80 °C and 100 °C, in DSC thermograms.
The adopted methodology is based on the use of ENVI-met 4.0 software to measure four thermal indices (air temperature, relative humidity, MRT and PMV) and assess outdoor human thermal comfort in an existing neighborhood.
The theoretical expressions are tested experimentally using 252Cf spontaneous fission sources measured in two thermal well counters representative of the type in common use by international inspectorates.
Liu et al. (2009) measured four ESPs of small thermal power units (<200 MW) and found that their removal efficiencies for PM2.5 and PM10 were 86.1 % 98.8%% and 88.25 % 99.46 %, respectively.
The intensity rating was measured three times for each test, 3 seconds after the stimulus and at the beginning and ending of the thermal test.
It measures three things.
The use of this unit is demonstrated by measuring the thermal degradation of two types of base oil at 400 °C for various durations of heating, and analysing the products by GC MS.
Once finished with measuring various thermal parameters of the system experimentally at two different flowrates, overall heat transfer coefficient and thermal efficiency of the system are calculated.
PEOT/PBT copolymers are microphase separated and up to four thermal transitions are measured by differential scanning calorimetry.
Differential scanning calorimetry (DSC) has been employed to measure the thermal properties of two commercial cyanate esters (AroCy L10 and AroCy XU366) before and after blending with several commercial acrylates.
The five participating laboratories measured the thermal conductivity of the samples of ZnO nanofluids over a temperature range from 20 to 90°C using the THWM.
