In the present study we focus on the basic dimension, the efficiency dimension and the innovation dimension.
Unfortunately, the heatsink designs of most of the commercial products are not optimized in terms of cooling efficiency, dimension, and material cost.
This paper examines the efficiency dimension of usability by describing a method, which engineers can use to test, empirically and objectively, the physical interaction effort to operate components in a single device.
Five items corresponded to the "exhaustion" dimension (e.g.: "I am emotionally exhausted by this career"), 4 items corresponded to the "cynicism" dimension (e.g.: "I lost enthusiasm for my career"), and 6 items corresponded to the "efficiency" dimension (e.g.: "In my opinion, I am a good student").
Heat exchanger efficiency, its dimensions and weight are ones of the most important constraints to consider in engineering design activity.
However, PMT has several disadvantages such as low quantum efficiency, overall dimensions, and cost, making them unsuitable for compact design of integrated systems.
Among small HPs, mini/micro HPs and two-phase loops (TPLs) with mini/micro wicks, including loop HPs (LHPs) and capillary pumped loops (CPLs), are preferred for their high efficiency, small dimensions, and compatible process with semiconductor devices.
Here, we focus on engineering PDI dimers with N-annulated bridges to construct bowl-shaped PDI dimers with the aim of improving efficiency, stereoscopic dimensions and the electron transfer abilities by introducing different functional linkers in N-annulated bridges.
High transmission efficiency, compact dimension and simplicity of design are the most significant advantages of our filter.
