Sentence examples for temperature was implemented from inspiring English sources
Benjakul and Visessanguan ([2003]) reported the decrease in MHC of surimi gel from bigeye snapper, particularly when the setting at high temperature was implemented.
Since thermal effect is the dominant factor that influences the SOFC transient and steady performance, a nonlinear real-time sliding observer for stack temperature was implemented into the system dynamics to monitor the temperature variation for future controller design.
Besides, to reveal the performance variations under different operating temperatures, comparative experiments respectively conducted at room temperature and liquid nitrogen temperature are implemented.
The characteristic-interpolation-based finite-difference weighted essentially non-oscillatory (WENO) scheme, which maintains the equilibriums of velocity, pressure, and temperature, is implemented to simulate compressible multicomponent flow fields.
A series of simulations for the compressions corresponding to different strain rates and temperatures were implemented.
The feedback control system, which used infrared temperature measurements, was implemented and tested.
A transient thermal simulation using the alloy enthalpy for Sn96.5Ag3Cu0.5 (approximate melting temperature 217 °C) was implemented to analyze the alloy solidification (thermal range from 230 °C to 22 °C) onto the laser components [4].
Although fever screening with infrared temperature screening was implemented in an attempt to avoid SARS transmission, it proved to be effective in active surveillance of dengue.
A two-factor orthogonal experimental design, involving two feeding levels (high and low rations) and two temperatures (summer and winter), was implemented with half of the replicates used to explore embryonic development and the remaining half examining egg-yolk quality via fatty acid analysis.
The data acquisition, including Raman spectroscopic module (Solis, Andor Technology Ltd ., as well as software control of PPMS temperature and magnetic fields, was implemented using the QD PPMS third party option.
As the heat exchangers are always (desuperheater) or partly (condenser) operated by means of a free flow on the water side, a model for calculating the water mass flow rate depending on temperature and density differences was implemented.
