In the process of seaming a garment, tailors punctured the fabric, allowing rain to penetrate; the natural oil in woollen cloth caused the rubber cement to deteriorate; and, in the earlier years, the garments became stiff in winter and sticky in hot weather.
For the sake of understanding gas desorption due to temperature and pressure drop under approximately real geological conditions, a specially designed autoclave was used to simulate the gas discharge process of coal seams at the time of dropping of temperature and pressure.
The deep burial and gas generation process of coal seams was simulated by external heating and pressurizing; when gas generation and expulsion reached equilibrium in the autoclave, the temperature and pressure were reduced, and the gas discharge from coal was observed.
In order to solve the problem of poor affusion effect on low permeability coal seam, the paper analyzes the micro process of the coal seam water infusion in wetting coal and determines the main factors affecting coal seam water infusion.
While CSCO has yet to deliver on that promise, it is in the process of sewing those seams together.
Due to the power of Dynamic Programming, the process of actually removing seams is quite easy.
Flow behaviors of aluminum alloy in porthole die extrusion process were investigated, and the formation processes of L-seams and their defects were revealed.
In order to observe the change of the similarity associated with the process of image resizing, using Seam Carving, we resize a given image from the size 200 × 133 to 112 × 133 step-by-step.
In the process of exploiting the first-mined seam, the upper and lower adjacent seams experience the sequential phenomena of stress concentration, unloading damage, and stress recovery (Liu et al. 2011, 2012), while the coal experiences the deformational characteristics of compression, expansion, and recompression.
