Sentence examples for kernel energy from inspiring English sources

These results obtained from direct calculations are reproduced with a remarkable accuracy from a linear scaling fragmentation scheme called the kernel energy method (KEM).

The simulated results showed that the flame kernel size, temperature and energy dramatically affected the values of the MIT, MIE and IDP for a methanol/air mixture, the value of the ignition delay period was not only related to the flame kernel energy, but also to the flame kernel temperature.

But as evident in the string of other recent business openings – a hair salon, a dance studio, and Scarecrow Popcorn, which sells Chicago-style cheese and caramel maize kernels — the entrepreneurial energy is palpable and young creatives continue to move in.

Also, kernel rupture force and energy and the required energy for nut rupturing were significantly different for each cultivar.

With energy, the kernel of truth is that worldwide supply and demand for oil is roughly in balance for the moment.

An artificial neural network was developed for rough rice drying to predict six performance indices: energy consumption, kernel cracking, final moisture content, moisture removal rate, drying intensity and water mass removal rate.

Keeping in mind that the rice kernel is a strong energy sink with very little own photosynthetic activity, it is not surprising that we instead observed a positive correlation between glucose-6-phosphate and kernel size.

By keeping eye on above factors, this paper presents a kernel scheduling approach for reducing energy consumption (KSRE) to relieve the energy problem.

Images were reconstructed with a dedicated dual-energy bone kernel (D70f) and the recorded information of the full gantry rotation (temporal resolution of 280 ms) with a section thickness of 1.5 mm and an increment of 1.0 mm.

This strategy helps to understand the contribution of the different kernels to the total energy consumption of applications, as well as to distinguish between the cost of fine-grain components such as arithmetic, memory access, and overheads introduced by, e.g., multithreading or reductions.

The Toyserkan cultivar under the Y-axis loading direction had the lowest the force and energy for initial kernel and nut rupture.