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Voltage-controlled charging

Voltage Control Additive [83]) allow significant improvement of the top-of-charge performance of batteries, helping polyethylene separators to gain acceptance in the great majority of applications. [Pg.273]

Immunoassay of goat IgG can also be achieved on a PMMA chip [1011]. The PMMA chip should be placed on a piece of electrically grounded aluminum foil to reduce the electrostatic charges acquired by the plastic surface, otherwise the fluid flow by voltage control cannot be performed. PMMA was selected because it was reported to be the least hydrophobic of the commonly available plastic materials [1011]. [Pg.340]

Future products such as CAN-controllable voltage regulators will allow more precise control of the voltage demands of the battery. Moreover, any temperature data available on the CAN network will be available at no extra cost. The temperature used to calculate the charge voltage can then be more representative of the battery even ambient air may be a better indicator than the temperature of a device that emits its own waste heat and that is connected mechanically to the ICE. [Pg.367]

Fig. 5.4. Control of chaotic front dynamics by extended time-delay autosynchronization, a) Space-time plot of the uncontrolled charge density, and current density J vs. time, b) Same with global voltage control with exponentially weighted current density (denoted by the black curve). Parameters as in Fig. 1, U = 1.15 V, t = 2.29 ns, K = 3 x 10- Vmm2/A, R = 0.2, a = 10 s-b [73]... Fig. 5.4. Control of chaotic front dynamics by extended time-delay autosynchronization, a) Space-time plot of the uncontrolled charge density, and current density J vs. time, b) Same with global voltage control with exponentially weighted current density (denoted by the black curve). Parameters as in Fig. 1, U = 1.15 V, t = 2.29 ns, K = 3 x 10- Vmm2/A, R = 0.2, a = 10 s-b [73]...
The main cathode material, LiCoO, in the lithium-ion battery has been improved in terms of rate capability and capacity. The rate capability is improved by the control of particle morphology, and high capacity is achieved by increased charge voltage while overcoming safety problem. ... [Pg.11]


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See also in sourсe #XX -- [ Pg.17 , Pg.27 ]




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