The quick algorithm can satisfy the requirements of micro-optical systems for practical applications.
Architectures of current micro-scale metallic structures are unable to meet some requirements of micro-component designers, particularly when a design calls for truly three-dimensional internal micro-geometries.
The high requirements of micro-chemical mixing, biological detection and insulin injection raises new actuation requirements in the diversity of actuation functions and types [1, 2, 3, 4, 5, 6, 7], and the conventional actuators cannot fulfil these requirements efficiently [8, 9, 10, 11].
Traditional ranking in chronological order where newly tweet is placed on the top cannot fully satisfy the reading requirement of micro-blogging users.
During evolution, the shared requirement of micro- and macroorganisms for this important nutrient has shaped the pathogen-host relationship [ 14].
Surface finish is a predominant requirement of a micro part inorder to perform satisfactory function.
For the micro-combustor with a channel height of 3 mm, it is found that the flame of pure methane is far away from inlet, which does not meet the basic working requirement of the micro-thermophotovoltaic system.
The MD model presented in this paper meets a lot of the important requirements of the tribology design of micro-gears and other heterogeneous MEMS.
The results show the work efficiency of the micro-pump on design condition is high and the designing criterions of the dividing-clapboard satisfy the requirements of maximum flux for the micro-pump, and compared with other reciprocating micro-pumps, the synthetic-jet-based micro-pump mass flow rate on inlet and outlet both are inimitable and invariable positive.
For meeting the requirements of quickly designing high performance micro-channel heat exchanger, a general three-dimensional simulation approach considering the factors of heat conductions via fins, quality distribution among micro-channel tubes and flexible flow circuit arrangements is proposed in this paper.
