Titlebook: Nanotribology; Critical Assessment Stephen M. Hsu,Z. Charles Ying Book 2003 Springer Science+Business Media New York 2003 design.developme

細(xì)胞學(xué)

Nanohydrodynamics and Coherent Structures,velopment of MEMS devices such as sensors and motors on the micron lengthscale and more recently with advances in nanolithography (.), the question arises as to what types of new flow phenomena may appear at these scales. Flows in microchannels, microcavities, and nanotubes at periodic, structured, and rough surfaces all need to be studied.

largesse

Challenges for Lubrication in High Speed MEMS,ead to a relatively unusual design space for high-speed lubrication systems. The overall architecture for the microengine lubrication system is described using both experimental and computational data to illustrate the effects of geometric and manufacturing variations on the overall system performance.

Forsake

ACME

Dependence of Frictional Properties of Hydrocarbon Chains on Tip Contact Area,tact areas are utilized to study the effects of chain length on mechanical and frictional properties. The probes are a nanotube, which penetrates into the monolayers (Figure 1, left), and a countersurface, which compresses the monolayers (Figure 1, right).

chlorosis

Anterior

Tribological Issues in the Implementation of a MEMS-Based Torpedo Safety and Arming Device,al exposure). Another issue will be the long term effects of transportation and storage on the these structures, such as how they might suffer from vibration-induced fretting corrosion or surface wear, and how these tribological phenomena might degrade performance when the time comes for the device to be put to use.

Ischemia

MERIT

失望昨天

The Use of Surface Tension for the Design of MEMS Actuators, frictional resistances, the role of inertia becomes negligible in nanometer scale by all practical means. Instead, surface forces come under the limelight when analyzing and, more importantly, designing nano- and micro-mechanical elements for MEMS or microsystems.

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