Mechanical loading capacity

In any case, the mechanical loading capacity of the material increases upon the addibon of carbon nanotubes. The composite s properbes are considerably enhanced, especially with regard to tensile or bending sbess. In workpieces charged with pressure, on the other hand, nanotubes do not convey much benefit as their resistance to compression along the axis is limited. 

Figure 3.10 Mechanical loading capac- factor. bFGF basic fibroblast growth fac-ity vs. osteoinductive capacity of several tor rhBMP, recombinant human bone mor-...

Figure 10.4 Mechanical loading capacity versus osteoinductive capacity of several bone replacement materials. PLA polylactic...

Corrosive stress may bring about undue damage to the sight panel. This may cause the sight panel to lose its transparency as a result of cloudiness or deposits, or the surface attack may lower the mechanical load capacity to an inadmissibly heavy extent. Typical attack phenomena are deposits or pitting and microcracks. 

Prototype Tooling and Indirect Tooling Extrusion processes are due to the poorer surface quality for all types of molding processes, less suitable than the stereolithography. Particularly high demands on the thermal or mechanical loading capacity may provide exceptions. 

Low power usage Very long life No Oil required Low system weight Reduced fire hazard Vibration sensors built-in Small load capacity Large size Higher investment Requires mechanical backup for power interruptions New technology Possible rotor-d3ntiamic problems... 

The specification of these later coatings is covered by the German DIN 30670 standard for steel tubes and DIN 30674 for ductile iron pipes. These standards note that some 1 mm thickness of polyethylene is required for corrosion protection alone, but to improve the mechanical load-bearing capacity of the coating, total thicknesses of 1.8-3.0 mm, depending on pipe diameter, are to be specified. 

The combination of the polyamide gel and the porous polystyrene matrix produces a material which has a high loading capacity and favourable mechanical properties, so can be used in a column in an automated process. For example, sequence 65 74 of the acyl carrier protein (ACP) was successfully synthesised in high yield and purity with this support. Additionally, the performance is greatly enhanced, compared to conventional support materials. 

Articular cartilage has to sustain changes of chemical composition of the electrolyte and mechanical loads. Its overall bearing capacity is believed to... 

Nucleosil). The ions were easily separated by CE and IE-CEC using pH 2.6 buffers. The separations were based on distinct mechanisms, a fact demonstrated by the differences in the elution order (Figure 13, from Ref. 73). The advantage of higher loading capacities was immediately apparent in the case of CEC. Unexpected, however, was the observation that CEC efficiencies could be higher than in the case of CE. A possible explanation would be the occurrence of a chromatofocusing effect in which analytes were retained in a fine band at the head of the column. 

Crommelin, D. J. A., and Van Bloois, L. (1983), Preparation and characterization of doxorubicin containing liposomes. Part 2. Loading capacity, long-term stability and doxorubicin bilayer interaction mechanism, Int. I. Pharm., 17,135-144. 

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