Core fibers

Shaving products Shaw process Shear breeding Shear energy Shearlings Shearometer Shear plane Shear rate Shear stresses Shear test Shear thinning behavior Shear viscosity Sheath-core fiber... 

Fig. 14. Bicomponent spinneret for sheath-core fiber, where A represents copolymer B, homopolymer and D, bicomponent fiber capillary exit. If...

Type of core (fiber, wire, plastic, or fiber and plastic). 

Nonlinear Optical Interactions in Organic Crystal Cored Fibers... 

Figure 3. Monomode benzil crystal cored fiber viewed between cross polarizers.

Figure 6. Optical SHG in benzil crystal cored fiber by coupling u "8 to the... 

Figure 7. Diagram (ui fi) showing phase-matching scheme for guided wave SHG in a biaxial crystal cored fiber with both the fundamental and the SH as HEU modes.

Baxa, U., Taylor, K. L., Wall, J. S., Simon, M. N., Cheng, N., Wickner, R. B., and Steven, A. C. (2003). Architecture of Ure2p prion filaments The N-terminal domains form a central core fiber./. Biol. Chem. 278, 43717-43727. 

Commercially produced nylon 66 core fibers were washed with water to remove the spin finish and then pretreated with two different coupling agents l,4-bis(3-aminopropyldimethylsilyij-benzene (APDMSB) obtained from Petrarch, and fumaric acid (FA) ... 

Hollow fibers have been tried as liquid-core fibers in spectrophotometry [118] and porous fibers have been well adapted for gas measurements [119,120]. The latter are made of porous polymers, which can trap indicators or reagents in the matrix with a very high permeability of gases and liquids. For liquid applications, porous silica gel has also been used [121],... 

Heating of the surfaces before densification pressures are reached and mass transfers to the core cause the density distribution through the sheet shown in Figure 7. Mass transfer to the core not only adds mass to the core but transfers heat and acts as sorbed material to plasticize core fibers effecting greater density there. Soft surfaces are detrimental to machining and coating operations. 

Hemp is made from the bast fibers of Cannabis sativa. This is a larger plant than flax, and produces much coarser fibers. Abaca or Manila hemp is very different from plain hemp. Abaca is made from Musa textilis, commonly called the fiber banana plant. The core fibers of the leaf sheaths of this plant are resistant to salt water, which makes them useful for rope and fabric to be used at sea. It is also used to make handicrafts such as hats and household items. Paper made from abaca has a wide variety of uses, including paper currency (i.e. Japanese yen notes), sausage casings, industrial filters, and tea bags. The finest grade abaca is woven into a cloth called pinukpok. 

Nemova G, Kashyap R (2006) Modeling of plasmon-polariton refractive index hollow core fiber sensors assisted by a fiber Bragg grating. J Lightwave Technol 24 3789-3796... 

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