Sentence examples for can only satisfy from inspiring English sources

"Human beings find money can only satisfy them for a while … After you have money, what do you want?

9 p.m. 7. A TASTE OF SLOVAKIA Fish and chips and beef rib pie can only satisfy for so long.

But Iran's big problem is a shortage of refineries; it can only satisfy about 60% of its soaring demand with locally produced petrol.

The festival also brings a wealth of new venues, such as the Udderbelly, George Square Gardens and Spiegeltent – however, marquees and plastic cups can only satisfy for so long.

The earlier-established system can only satisfy requirement for transporting fresh goods.

Consequently, it can only satisfy the receive DOF constrain by, but fails on the transmit DOF constraint since.

Thus, the optimal planning results can not only satisfy N-1 security of transmission systems, but also limit the short circuit currents below the safety threshold.

Combined with the transient simulation results, we obtained the heat transfer characteristics inside the furnace, and proposed the optimization scheme by using a rate of slowly first and then faster to pull down the crucible, which can not only satisfy thermal conditions of crystal growth, but also shorten the solidification time and effectively reduce the energy consumption.

Through this model, it is found that the dissolved fuel in the VF-MFC is well-controlled within a thin boundary layer nearby the anode catalyst surface, which can not only satisfy the demand of anode oxidation reaction but also greatly alleviate the wastage of fuel.

Because of the low cost of designing, developing and maintaining DCM-PSS due to its simple, open and scalable architecture, it can not only satisfy the requirement of developing dynamic cellular manufacturing system for Small and Medium Enterprises (SMEs), but also provide high-value-added services for DCMS manufacturers.

The key of SRC algorithm is searching the α vector which can not only satisfy (5) but also minimize the ℓ 0-norm of itself: (6) α ^ 0 = arg   min ⁡ α 0 subject  to   y = X α.