导电管
1.Conducting ring, pipe heater, bearing, synchronous belt, conveyance belt and so on are of import brands.
2.The application of nano powder in conductive antistatic materials is introduced, including nano conductive powder, nano conductive vapor gel, nano conductive wave absorbent, carbon nanotube, nano conductive fiber, nano superconductor and nano inorganic/organic composite conductive materials.
3.The fitting results show that current transporting model for the p-c-BN/p-Si thin film het-erojunctions is the same as current-voltage equation of diode and the donor concentration is 2. 04×1013/cm3 in the c-BN films.
4.conductive properties for use in transistors and diodes
5.A substance, such as boron, added in small amounts to a pure semiconductor material to alter its conductive properties for use in transistors and diodes.
6.Factors "a" and "m" is a function or capil-lary diameter or permeability. But only the capillary concept can not prove that saturationexponent "n" is bigger than 1.0 and approximately equal to 2. Electrical conduction mecha-nism of the fluid in capillary and fluid resistivity should be further studied microscopic viewpoint.
7.Due to stabile conjugated π electrons having the characteristic of quite strong delocalization and polarization, poly-para-phenylene sulfide (PPS), one of conducting polymers, has been widely applied in electricity, magnetism, optics and so on, for example, light emitting diodes (LEDs), field effect transistors (FETs) and nonlinear optical devices.
8.PRODUCTS:Rectifers, High Silicon Cast Iron Anodes, MMO Anodes(Rod, TubularRibbon), Titanium Conductor Bar,Sacrificial Anodes(Aluminum,MagnesiumZinc）, MagnesiumZinc Ribbon Anodes,Zinc Grounding Cell, Reference Electrodes, Test PostJunction Boxes, Thermite(CORRTECH Exothermic Weld Metal)Mold, Cathodic Protection System Utilizing Solar Energy, CP Data Remote Monitoring System, and other accessories.
9.In this thesis, the electrical and dynamic viscoelastic properties of multi-walled nanotubes (MWNTs) filled high-density polyethylene (HDPE) composites were investigated with the computer-controlled resistivity-temperature measurement system and the ARES, in order to reveal the mechanism for the variation and development of the agglomeration structure under the effect of thermal field.
