A series of tests were conducted to analyze the transverse and longitudinal mechanical properties of the new CFRP tendons with three types of diameters.
One can see from the main and the inset images that the as-spun PA 6 NFs have distinct two types of diameters, 125 ± 75 nm and 30 ± 16 nm (denoted by red circles in the Fig. 1a~e), respectively, i.e., fine and rough fibers together.
In the simulation, particle types of diameters 2.3 and 1 μm were mixed at various proportions and the number of independent nucleation events was recorded.
The pore sizes of these CNT agglomerates changed depending on the type of CNT (diameter, number of walls), by which we can classify diverse CNTs.
Type of fiber Diameter (μm) Length (mm) Tensile strength (MPa) Density (g/cm3) Elastic modulus (GPa) Steel 200 19.5, 19.5 2500 7.8 200 PE 12 18 2700 0.97 88 Open image in new window Fig. 2 Fibers; a steel fiber and b PE fiber.
The measured biaxial strengths were observed to be significantly affected by the type of loading, disc diameter and loading ball diameter.
An M-type dispenser cathode of diameter 0.8 mm has been used for cathode loading of 2.75 A/cm2.75
Materials used in this study were boron-doped (100 -oriented p-type silicon wafers of diameter about 76.2 mm grown by the liquid-encapsulated Czochralski method.
We manufactured the photodiodes on an n-type silicon wafer of diameter 6-in., a high resistivity (>5kΩcm) and low resistivity (>100Ωcm) for the FD and NFD sensors, respectively.
Division in phenotypic levels: Level 1= wild-type (wt) range of diameter, level 2= minimum wt diameter minus wt range, level 3= minimum level 2 diameter minus wt range, level 4= minimum level 3 diameter minus wt range.
Screws were of uniplanar type with a diameter of 4 6 mm, depending on the pedicular width.
