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Discharge profile of a BR-2 3A battery on a 1,000 l constant load test at various temperatures . This test corresponds to a 2-3 mA drain rate

Discharge profile of a Li modified-LiMri204 cell at 0.1 mA cm. Cell was initially discharged to 2 V and then charged to 4.3 V. This was the third discharge between 4.3 and 2.0 V

Discharge profiles of as-prepared and heat-treated Mn02 CNT nanocomposite during cycling.

Discharge profiles of Li A gOis microbatteries as a function of the substrate temperature, Ts compared to the response of Li ZV Ois crystal. Measurements were carried out at

Discharge profiles of lithium cells containing LiFeP04, Lii 4

Discharge profiles of lithium cells with cobalt- and vanadium-contained eathodes. The average discharge potential is reported

Discharge profiles of several Li MoS2 cells as a function x of Li concentration in LLM0S2. Phases 1 and 11 are the 2H- and lT-pol nype of crystalline M0S2, respectively. Phase ni is a thin film grown by rf-sputteiing and phase IV is the disordered M0S2 prepared by heat treatment of crystalline phase at 400 C for 4 h under vacuum. Insert shows the incremental capacity of the crystalline phase

Discharge rate characteristics of the HEV cell with permission from Elsevier Ltd

Discharge source and drift tube assembly used by Inomata and co-workers , The primary discharge region consists of elements ED I-ED2 and is followed by a source drift region . Voltages are maintained along the electrode network via a potential divider using the resistors shown along the left side of the electrode chain. Reproduced with permission from , Copyright 2006 John Wiley Sons, Ltd.

Discharge Stroke of Rotary Piston Vacuum Pump

Discharge system for a shaft kiln.

Discharge temperature as a function of screw speed for the conventional screw , the DM2 screw with a metering tip, and the DM2 screw with an Eagle mixing tip

Discharge temperature as measured through a transfer line for a 63.5 mm diameter extruder running GPPS resin at 53 kg h and a screw speed of 43 rpm. The actual discharge temperature was measured using a handheld probe at 240 C

Discharge through an orifice

Discharge time as a function of the current for different Peukert coefficients

Discharge time response curves in the flame measured at the laser beam position

Discharge time versus discharge current for Variey non-spiii iead-acid batteries

Discharge time vs. energy stored for various energy storage technologies

Discharge transients for negative plates of dry-charged batteries after 2 years of storage discharge

Discharge transients for positive plates of dry-charged batteries after 2 years of storage discharge

Discharge tube for the production of H atoms.

Discharge tube with two zones of different plasma energies E2 E2. Solid carbon is transported into the high energy region in hydrogen and oxygen and in the opposite direc-

Discharge tubes

Discharge tubes containing Group 8A elements.

Discharge V j



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