Batteries solar

Pentacene is a useful compound in materials science, in particular for use in solar batteries, superconductors, and laser emission materials, etc. Unfortunately, however, pentacene is not soluble in organic solvents. As shown in Eq. 2.57, a combination of the aforementioned benzene formation reaction and alkynylation of phthalate leads to alkyl-substituted pentacenes, which are very soluble in various organic solvents... [Pg.72]

Selected experimental agents were evaluated for organic thin-film transistor and solar battery properties. Testing results are provided in Table 2. [Pg.152]

B. Evaluation of Solar Battery Properties i. Polymer Thin-Film Preparation 2... [Pg.152]

While irradiating the experimental agent A thin film with a xenon lamp, the voltage-current properties were measured. In this way solar battery properties of a short-circuit current of 43 pA/cm2 and a open-circuit voltage of 1.75 V for this material were obtained. Testing results are provided in Table 2. [Pg.153]

TABLE 2. Organic Thin-Film Transistor and Solar Battery Properties Testing Results for Selected Experimental Agents"... [Pg.153]

Entry Thin-Film Transistor Testing (drain current) Solar Battery Properties... [Pg.153]

Additional polymer thin films, (I), and polymer thin-film devices were prepared by the authors (1) and used as organic solar batteries. [Pg.153]

Most photoeonductive polymers can be used in solar batteries. The high resistivity of the polymers decreases the actual power of the devices. Possibilities may be connected with electron-donor doping of the polymers. As stated earlier some success has been achieved in this field for polyacetylenes and other conjugated polymers. [Pg.82]

Semiconductor materials are applied in diodes, transistors, radiation detectors22, solar batteries and microprocessors. [Pg.234]

Other Hydro. Tech. Ethanol Y Solar Batteries/Storage ... [Pg.158]

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