Sentence examples for lithium ion density from inspiring English sources

By performing similar calculations in later time steps, the time variation of the photoionized lithium ion density can be deduced.

Then, the lithium ion density is assumed to be expressed by a convolution of intermittent releases: (5) Equation (5) is a convolutional sum.

(7) and (8), the photoionized lithium ion density is divided by g r, Δt) to obtain the amount of vaporized lithium at each time step.

This result also points out that the time resolution of the NEI (approximately 500 ms) is insufficient to observe the time variation of the photoionized lithium ion density.

Referring to the time variations of the photoionized lithium ion density shown in Fig. 6, it is noted that a single instantaneous lithium release cannot explain the observed Δne profile because the photoionized lithium ion density dramatically decreases within 1 s after the release.

Figure 6 shows time variations of the photoionized lithium ion density at r = 5, 10, 20 and 50 m calculated from Eq. (4) when the lithium of 0.1 g is vaporized at T = 0.

While Lithium ion battery energy density has improved since its introduction in the early 1990s, it is held back by its construction and chemistry.

An increase in graphite anode thickness is an effective way to achieve a high-energy density lithium ion battery by designing a compact cell with a high mass loading and density.

Lithium metal is a Holy Grail anode for high energy density lithium ion batteries.

This approach may also be generalized to prepare other hierarchical structured high capacity anode materials for constructing high energy density lithium ion batteries.

Silicon, as a promising electrode material for high energy density lithium ion batteries, experiences large strains and stresses during lithiation and delithation.